KR20160086797A - Functional bentotex, bentosheet and bentotexsheet - Google Patents

Abstract

The present invention relates to a cutoff material, a waterproof material, a cutoff layer, a gas layer, a molding layer, a drainage layer, and a purifying layer, which comprise a functional bentotex, bentosheet, and bentotexsheet in which an expansion function, a binding gel function, a hydro gel function, and a purifying function are combined. Also, the present invention relates to a bentotex, a bentosheet, and a bentotexsheet in a cutoff material, a waterproof material, a cutoff layer, and a waterproof layer in which one or more materials among an expansion function material, a binding gel function material, a hydro gel function material, a purifying function material, a material for general water, a material for flow water, a material for salt water, a material for contaminated water, and a material for other water at a ratio among ten ratios of 0-10 wt%, 11-20 wt%, 21-30 wt%, 31-40 wt%, 41-50 wt%, 51-60 wt%, 61-70 wt%, 71-80 wt%, 81-90 wt%, 91-100 wt% are used. When the expansion function material, the binding gel function material, the hydro gel function material, and the purifying function material are used, the bentotex, the bentosheet, and the bentotexsheet of an expansion type, a binding gel type, a hydro gel type, and a purifying type, respectively, are individually formed. The bentotex, the bentosheet, and the bentotexsheet are manufactured by a device comprising one or more units among a material storage, a material input hopper, a fabric pulling device, a needle punching device, a material injector, a roller compressor, and a roll product, wherein the bentotex, bentosheet, and the bentotexsheet are formed of a material, a fabric, a nonwoven fabric, and an HDPE sheet.

Description

Functional bentotex, bentosheet and bentotex sheet {Functional bentotex, bentosheet and bentotexsheet}

The present invention relates to functional bentotex, bentosite and bentotex sheets combined with an expansion function, a binding gel function, a hydrogel function, and a purifying function.

Water is usually encountered in facilities, structures, buildings, basements, underground structures, tunnels, toilets, landfills, landfills, rivers, ponds, lakes, runways, reservoirs, reservoirs, tanks, ponds, wetlands, A waterproofing material, a waterproofing layer, a waterproof layer, and a water layer are installed to prevent water inflow and water leakage. In recent years, there has been an increasing number of cases in which the above-mentioned facilities are installed at special sites where salt water, polluted water, and flow water are present as well as ordinary site conditions in which the construction site has ordinary water and reservoir water.

Materials such as asphalt, bentonite, and sheets have been used for waterproofing materials and water-based materials used up to now. They are mainly applied to general water and reservoir water, and they are not applicable to brine, contaminated water, and flow water. Therefore, it is necessary to develop waterproofing materials and waterproofing materials that are applicable not only to general water and storage water but also to brine, contaminated water, and flow water. In addition, existing waterproofing materials and water-based materials are mainly composed of simple materials such as asphalt, bentonite, and sheet, and thus waterproof property and water-based property tend to be inferior. Therefore, it is necessary to develop hybrid waterproofing materials and waterproofing materials. In addition, gas, groundwater, inflow water, and flow rate exist in the upper part or lower part of the waterproofing material and the car water material, and it is necessary to install separate facilities for protection and treatment thereof.

Accordingly, the present invention contemplates materials, manufacturing methods, and construction methods for functional bentotex, bentosite, and bentotex sheet having a combination of an expansion function, a binding gel function, a hydrogel function, and a purifying function.

The present invention aims at developing and devising a functional bentotex, bentosite and bentotex sheet having a combination of an expansion function, a binding gel function, a hydrogel function and a purifying function. 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt%, 81 to 90 wt% Binding gel functional materials, hydrogel functional materials, purification functional materials, general receptive materials, flow receptive materials, salt water materials, contaminated receptive materials, and other receptive materials in the ratio of one of the ten percentages Waterproofing materials, aquifers, and waterproofing materials using one or more of the above materials.

As a means for solving the problem of the present invention, there is provided a water-based material comprising a functional bentotex, a bentosite and a bentotex sheet combined with an expanding function, a binding gel function, a hydrogel function and a purifying function, a waterproofing material, a water- The present invention is characterized in that the total amount of the cleaning layer is 0 to 10 wt%, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt% A binding gel functional material, a hydrogel functional material, or a combination thereof in a ratio of one of 10%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt%, 81 to 90 wt% One or more of the following materials is devised: material, purifying functional material, general receiving material, flow receiving material, salt water material, pollution-accepting material, and other receiving material, and designing one or more of the car wash material, waterproofing material, , Wherein the inflating functional material, binding gel functional material, high When a dorogel functional material or a purifying functional material is used, it may be an inflated type, a binding gel type, a hydrogel type, a purified type water repellent material, a waterproofing material, an aeration layer and a waterproof layer, Materials, woven fabrics, nonwoven fabrics and HDPE sheets are used for material reservoirs, material hoppers, material stirrers, kneading machines, material spreaders, nonwoven laying machines, needle punching machines, HDPE sheet throwers, material injectors, Laura presses, roll products It is intended to conceive that it is manufactured by one or more devices.

The present invention relates to a composition comprising 0 to 10 wt%, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt% Binding gel functional material, hydrogel functional material, purifying functional material, general accommodating material, flow accommodating material, salt water material, and contamination accommodating material in a ratio of one of 10 percent, 81 to 90 percent by weight, and 91 percent to 10 percent. Materials, and other receptive materials are used, and there is a wide variety of characteristics in terms of the materials used, and the use ratio is selected in a ratio of one of ten ratios such as high ratio, high ratio, medium ratio, medium ratio, and low ratio As shown in Fig. Also, it is possible to classify the car, waterproof, aqueduct, and watertight so that the coefficient of permeability is different from each other, and to apply them according to the purpose or the inside or outside of the target area. When the inflating functional material, the binding gel functional material, the hydrogel functional material and the purifying functional material are used, it is possible to provide a multipurpose effect of being an inflated type, a binding gel type, a hydrogel type, a purification type, waterproofing material, do. In addition, Bentotex, Bentosheets and Bentothex sheets are used for material storage, material hopper, material stirrer, kneading machine, material spreader, nonwoven laying machine, needle punching machine, HDPE sheet laying machine, material injector, There is a feature that it is effectively manufactured by a device composed of one or more.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing a process for producing bentotex, bentosite and bentotex sheet according to the present invention;
Fig. 2 is a schematic view showing the application of car wash, waterproofing, aeration, and waterproofing layers to a waste landfill according to the present invention.
Fig. 3 is a schematic view showing the application of water-borne materials, waterproof materials, aquifers, and waterproof layers to a pond,
4 is a schematic view showing a process for producing bentotex, bentosite and bentotex sheet to which at least one of a film and a protective material according to the present invention is attached.
5 is a schematic view showing a bentotte, a bentosite, and a bentotex sheet to which at least one of a film and a protective material according to the present invention is attached;
FIG. 6 is a schematic view showing application of bentotex, bentosite, bentotex sheet and mixture-introduced geocell according to the present invention

The present invention relates to a water-borne material comprising a functional bentotex, a bentosite and a bentotex sheet combined with an expansion function, a binding gel function, a hydrogel function and a purifying function, a waterproofing material, a water layer, a waterproof layer, a gas layer, will be. The present invention relates to a polyolefin resin composition comprising 0 to 10 wt%, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt% Binding gel functional material, hydrogel functional material, purification functional material, general accommodating material, flow accommodating material in a ratio of one of 10%, 71-80%, 81-90%, and 91-10% A venturi, a bentosite, and a bentotex sheet, which is one of a water-borne material, a waterproofing material, a water-receiving layer, and a waterproofing layer, in which at least one material is used. When an expandable functional material, a binding gel functional material, a hydrogel functional material, and a purifying functional material are used, they may be expanded, bound gel, hydrogel, purified form bentotex, bentosite, bentotex sheet, The above materials, woven fabrics, nonwoven fabrics, and HDPE sheets are used as the material, the material hopper, the material hopper, the material stirrer, the direct dowel sowing material dispenser, the nonwoven sowing device, the needle punching device, the HDPE sheet- A material dispenser, a roller press, and a roll product dispenser.

The claims of the present invention will be described in detail as follows. Claims 1, 2, 3, 4 and 5 refer to bentotex, claims 6, 7, 8, 9 and 10 refer to bentosite, and claims 11, 12, 13, 14, Lt; / RTI > First, claim 1 will be described in detail as follows. Claim 1 of the present invention relates to a method for producing a woven fabric, comprising the steps of: A) a) a woven fabric is embedded between a woven fabric and a nonwoven fabric, and then the woven fabric is one of a staple, a groove, a stitch, a stitching, a stitching, a punching, a needle punching, a stitching, ) By means of the above material, woven fabric, nonwoven fabric, a device consisting of a material reservoir, a material hopper, a material stirrer, a drip pan, a material spreader, a nonwoven extruder, a needle puncher, C) the material is stored in a material reservoir, wherein two or more material reservoirs are provided, the material or stored material being introduced into a material input hopper, wherein the material or In the case of two or more kinds of stored materials, two or more material feeding hoppers are provided, and the material or the stored material or the charged material is stirred in a material stirrer, and 1) 2) the nonwoven fabric is laid on the top of the applied material by a nonwoven fabric slinger, and 2) the nonwoven fabric is laid on the top of the applied material by the material disperser, 3), one or more of the steps 1), 2), 3), 2) and 3) are carried out in primary, secondary or n-th order, Wherein the material laid on the woven fabric and the nonwoven fabric laid thereon are needle-punched by a needle punching machine to be integrated, and the needle-punched product is one produced by rolling a roll product, B) a) Or hydraulic conductivity of 1 × 10 ^ (- 5) ~ 1 × 10 ^ (- 10) cm / sec or imperfect impermeability b) Water permeability coefficient or hydraulic conductivity of 1 × 10 ^ -7) to 1 x 10 ^ (- 15) cm / sec, or one of the waterproofing and waterproofing layers In the benttex used, the predetermined material may be at least one material selected from an inflating functional material, a binding gel functional material, a hydrogel functional material, a purifying functional material, a general accommodating material, a flow accommodating material, a salt water material, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, and 10 wt% The composition is used in a proportion of 71 to 80 wt%, 81 to 90 wt%, 91 to 100 wt%, or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt% Forming, composition, mixing, incorporation, or blending of the functional bentotex.

According to claim 2, in addition to claim 1, the inflating functional material is one of B material, BP material, 30-90 wt% of B material, 10-70 wt% of P material, 60 wt% of B material and 40 wt% of P material, The binding gel functional material is one of C material or CM powder, BC material, 30-90 wt% of B material, 10-70 wt% of C material, 60 wt% of B material and 40 wt% of C material, A B material, a BCP material, 30 to 90 wt% of a B material and 10 to 70 wt% of a P material, 60 wt% of a B material and 40 wt% of a P material, 30 to 90 wt% of a B material, and C 5 to 35% by weight of the material, 5 to 35% by weight of the P material, 60% by weight of the B material, 20% by weight of the C material and 20% by weight of the P material, and the purifying functional material is Z material, O material or OR powder, B material, BO material, BCZ material, BCO material, 30 to 90 wt% of B material, 10 to 70 wt% of Z material, 60 wt% of B material and 40 wt% of Z material, 30 to 90 wt% of B material, 10 to 70% by weight, 60% by weight of B material and 40% by weight of O material, 30 to 90 weight% of C material, 5 to 35 weight% of C material, 5 to 35 weight% of Z material, 60 weight% of B material, 20 weight% of C material, 20 weight% of Z material, 5 to 35% by weight of the material, 5 to 35% by weight of the O material, 60% by weight of the B material, 20% by weight of the C material and 20% by weight of the O material, Wherein the flow-accepting material is one of a C material and a BC material, and the salt water-containing material is one of a BP material and a BCP material, and the pollution-accepting material includes a BZ material, a BCZ material, a BO material, a BCO material, CO material, WT material, AC material, BZ material 30-90 wt% AC material 10-70 wt% BZ material 60 wt% AC material 40 wt% BO material 30-90 wt% RH material 10-70 Wherein the other receiving material is one of a BC material, a BCP material, a BCZ material, and a BCO material, the B material is 100 wt% of bentonite or bentonite, The P material or the PM wave (60) weight% of polyacrylic acid, 10-70 (40) weight% of polyacrylic acid and 40-90 weight% of polyacrylic acid, and further comprises one or more of hydrogel materials, polymeric polymers, sodium polyacrylate, polyacrylate, The C material or the CM powder may contain CaMg powder, a binding gel material, a calcium single substance or complex of Ca, a magnesium single substance or complex of Mg, Ca 30-90 (60) wt% and Mg 10-70 (40) Wherein the Z material is zeolite and the O material or OR powder is selected from the group consisting of oxidation & reduction powder, redox purification material, iron powder, scrap metal, waste iron, powdered iron, iron oxide, reduced iron, iron powder, (60)% by weight of iron and 10 to 70% by weight of iron (40) weight of steel, steel slag, blast furnace slag, steel slag, smelting slag, metal slag, crushed slag, crushed slag, iron powder, steel dust, %, And the BC material is one of Wherein the BP material is a mixture of 97 to 99.9% by weight of bentonite and 0.1 to 3% by weight of the PM powder, 90 to 99% by weight of bentonite, 1 to 10% by weight of CM powder or 95% by weight of bentonite, Or 99% by weight of bentonite and 1% by weight of PM powder, wherein the BZ material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of zeolite or 95% by weight of bentonite and 5% by weight of zeolite, Is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of OR powder or 95% by weight of bentonite and 5% by weight of OR powder, and the RH material is rice hull or rice husks and the RS material is rice straw , Said CO material is coir or coir, said WT material is waste tire or waste tire, said AC material is activated carbon or activated carbon, said BCP material comprises 87 to 98.9% by weight of bentonite and said CM powder 1 to 10 wt%, the PM powder 0.1 to 3 wt% or bentonite 94 wt%, the CM powder 5 wt% and the PM powder 1 wt%, the BCZ material is a mixture of 80 to 98 wt% bentonite, 1 to 10 wt% of powder, 1 to 10 wt% of zeolite or 90 wt% of bentonite, 5 wt% of CM powder and 5 wt% of zeolite, and the BCO material is a mixture of 80 to 98 wt% of bentonite, A mixture of 10 wt% of the OR powder, 1 wt% of the OR powder, 90 wt% of bentonite, 5 wt% of the CM powder, and 5 wt% of the OR powder is added.

Claim 3 is characterized in that, in addition to claim 2, the B material is one of sodium bentonite, volcanic ash, one hydrated and expanded to 15 to 30 times in ordinary water, a plurality of layers of silica and alumina being folded, (OH) 2, Mg (OH) 2, CaCO 3, MgCO 3, etc., which have one of binding, solidification and solidification due to their own Ca and Mg components, The Ca component and the Mg component react with the SiO ₂ component and the Al ₂ O ₃ component to form a calcium compound of calcium silicate hydrate of CSH, a magnesium compound of magnesium silicate hydrate of MSH, a calcium compound of calcium aluminate of CAH A hydrate of magnesium hydrate and a magnesium compound of magnesium hydrate of MAH, wherein the calcium single substance of Ca is Ca, and the calcium compound of Ca Water is a mixture of Ca and other substances such as CaSO4, and the magnesium single substance of Mg is Mg, and the magnesium composite of Mg is a mixture of Mg and other substances such as MgSO4, and the O material is oxidized or reduced And has a function of reducing or oxidizing the contaminants in contact with itself to decompose and detoxify the contaminants to thereby purify the contaminants. The P material is an anionic powder, one of which is a positive charge of H ₂ O constituting the brine (H) of hydrogen ions (+) are combined to form a hydrogel having a binding force, and the Z material is one of natural clay minerals, one of which is anionic negative charge (-) The RS material, the CO material, the WT material, and the AC material are adsorbed by the adsorbent to remove pollutants, polluted water, and contaminated air. The powder may be used in the form of particles, powders, powders, chips, rods, bars, flakes, grits, and the like, which are original shapes, initial shapes, And the like are added.

According to a fourth aspect of the present invention, in addition to the third aspect of the present invention, in addition to the third aspect, at least one of a film and a protective material is attached to one side or both sides of the benttex, and one or more of the film and the protective material is a film, And a protective film. When a film is adhered to or adhered to one side or both sides of the benttex, the benttex becomes a film-attached type or a built-in benttex. When a protective material is adhered or installed on one side or both sides of the benttex, When the film or the protective material is adhered or placed on one side or both sides of the benttex, the benttex becomes a film protective material, a protective film-attached type, or a built-in benttex, and the protective material Mortar, paste, cement, concrete, concrete, concrete, acrylic, urethane, polymer, rubber, plastic, woven fabric, nonwoven fabric, sheet, polymer Wire mesh, wire mesh, mesh, grid, geogrid, geocomposite, waste tire, waste tire layer, waste tire chip, geocell, A slag charging geocell, a mixture charging geocell, or a fiber-containing, reinforced or charged one of the above-mentioned types of protective materials, The present invention relates to a method for producing a bentotex, which is one of a plate, a plate, a board, a mat, a sheet, a bar, a roll, a roll sheet, a particle, a powder, a powder, Rolls are rolled into manpower, or bars or rods are placed in the center hollow of the rolls, bars or rods are mounted on manpower or forklift equipment, .

According to claim 5, in addition to claim 3, the tensile strength of the bentotex according to ASTM D4632 is 412 to 1361 N, the elongation percentage of the bentotex according to ASTM D4632 is 10.1 to 114% Wherein the bentonite or B material has a montmorillonite content of 70 to 90%, the KS M3736 test method has an expansion ratio of 757 to 1250%, and the swelling degree according to ASTM D5890 is a BC material (26.5) ml / 2g of BCZ material, 25.5 ~ 25.6 (26.3) ml / 2g of BCO material, and 28.5 ~ 35.7 (31.3) ml / (36.2) cP, 40-45 (42.8) cP, 33-39 (26.6) ml / 2g, respectively, according to the ASTM D6910 test method. The viscosity of the BC material, BCP material, BCZ material, (35.4) cP and 33 to 37 (34.2) cP, respectively, and were determined by the column leaching test or the batch adsorption test The ratio [(Cr / Ci) * 100] of the BCZ material to the test initial concentration (C i), which is the contamination cleaning performance of the BCZ material, is as follows: heavy metal 56 to 85 (70) (63)%, and the pollution-purifying performance of the BCO material is characterized by adding at least one of heavy metal 61 to 89 (74)% and organic matter 63 to 72 (67)%.

[Claim 6] A method of manufacturing a semiconductor device, comprising the steps of: a) preparing a semiconductor wafer having a) one or both sides of a twisted, flat, flat, planar, flat, smooth, smooth, smooth, spike, nail, needle, groove, A certain material is attached or fixed to one side or both sides of a HDPE sheet on which one of a mesh, a texture, a sketch, a pattern, a projection, a ridge, a concave point, a convex point, a concave groove, a convex groove, B) the material is stored in the material reservoir (11) using the HDPE sheet, the material (11), and the material (10) using the HDPE sheet; The apparatus is composed of one or more of the feed hopper 12, the material stirrer 13, the HDPE sheet putter 18, the material injector 19, the roller press 21, C) the material is stored in a material reservoir, where the material is two or more Wherein two or more material feed hoppers are provided and the material or stored material is fed into a material feed hopper where two or more material feed hoppers are provided if the material or the stored materials are two or more types, Or the injected material is agitated in a material agitator, 1) the HDPE sheet is installed, 2) the agitated material is sprayed on the one side or both sides of the HDPE sheet by spraying, Wherein at least one of the steps 1) and 2) is firstly, secondarily or nth orderly performed, and the material sprayed on the HDPE sheet is attached to the HDPE sheet together with the adhesive 20 to be integrated, B) a) the coefficient of permeability or the hydraulic conductivity of the material, which is one of those produced by roll-pressing the pressed product, B) water permeability coefficient or hydraulic conductivity of 1 × 10 ^ (- 7) indicating the imperfect impermeability in the range of 1 × 10 ^ (-5) to 1 × 10 ^ Wherein the predetermined material is selected from the group consisting of an expanding functional material, a binding gel functional material, a hydrogel functional material, a water-repellent functional material, 11 to 20% by weight, 21 to 30% by weight such that one or more materials selected from the group consisting of a purifying functional material, a general accommodating material, a flow accommodating material, a salt water material, %, 31-40 wt%, 41-50 wt%, 51-60 wt%, 61-70 wt%, 71-80 wt%, 81-90 wt%, 91-100 wt% Composition, mixing, mixing, mixing, or mixing in the ratio of 1%, 20%, 40%, 60% and 80% by weight of the total weight of the functional bentonite .

Claims 7, 8, 9 and 10 are of the same form as Claims 2, 3, 4 and 5. Claim 7 is a supplementary claim of Claim 2 in Claim 6, and Claim 8 is a supplementary claim of Claim 3 in Claim 7 Claim 9 is characterized in that the additional content of Claim 4 is added to Claim 8, and the additional content of Claim 5 is added to Claim 8.

Claim 11 of the present invention relates to a method for producing a woven fabric, comprising the steps of: A) a) a woven fabric is embedded between a woven fabric and a nonwoven fabric and then the woven fabric is one of a staple, a grooving, a hiding, a topping, a stitching, a punching, a needle punching, a stitching, ) By means of the above material, woven fabric, nonwoven fabric, a device consisting of a material reservoir, a material hopper, a material stirrer, a drip pan, a material spreader, a nonwoven extruder, a needle puncher, C) the material is stored in a material reservoir, wherein two or more material reservoirs are provided, the material or stored material being introduced into a material input hopper, wherein the material or In the case of two or more kinds of stored materials, two or more material feeding hoppers are provided, and the material or the stored material or the charged material is stirred in a material stirrer, and 1) 2) the above-mentioned agitated material is sprayed on the upper part of the above woven fabric, 3) a nonwoven fabric is laid on the upper part of the applied material, , 3) one or more of the steps 1), 2), 3), 2) and 3) are performed first, second or nth order, One of the bentotexes prepared by needle-punching and integrating the material laid on the woven fabric and the nonwoven fabric laid thereon by a needle punching machine and the needle-punched product is rolled by the roll forming machine, or A) a) One or both sides may be twisted, flat, flat, flat, flat, smooth, smooth, smooth or spike, nail, needle, dot, groove, needle, uneven, grid, net, Crescents, patterns, projections, friction protrusions, concave points, convex points, concave grooves, convex grooves, A predetermined material is adhered or adhered to one side or both sides of an HDPE sheet on which one of a face and a frictional face is formed, or adhered or adhered as an adhesive, and then adhered, pressed, rolled, extruded, pressed, A raw material hopper 12, a material stirrer 13, an HDPE sheet putter 18, a material injector 19, a roller presser 19, (21), and a roll-forming machine (22), c) the material is stored in a material reservoir, where the material reservoir is 2 Wherein at least two of the material feeding hoppers are provided when the material or the stored material is put into the material feeding hopper and the material or the stored material is two or more kinds and the material or the stored material or the charged material Material school (1) the HDPE sheet is placed, (2) the agitated material is sprayed on the one surface or both surfaces of the HDPE sheet by the sprayer like the adhesive 20, and (1) , 2), wherein the material injected into the HDPE sheet is attached and integrated with the HDPE sheet together with the adhesive (20), and the material attached to the HDPE sheet One or more of said bentosheets or benttexes are sewn or affixed to one or both sides of one of the bentosheets produced by rolling the rolled product by means of rollers, B) a) water permeability coefficient or hydraulic conductivity in the range of 1 × 10 ^ (- 5) to 1 × 10 ^ (- 10) cm / sec, or water impermeability, A-layer, b) permeability coefficient or number In the bentothex sheet used as one of the waterproofing material and the waterproofing layer exhibiting the re-conductivity of 1 x 10 ^ (- 7) to 1 x 10 ^ (- 15) cm / sec or completely impermeable, At least one of a material, a binding gel functional material, a hydrogel functional material, a purification functional material, a general accommodating material, a flow accommodating material, a salt water material, 31 to 40% by weight, 41 to 50% by weight, 51 to 60% by weight, 61 to 70% by weight, 71 to 80% by weight, 81 to 90% by weight, Composition, mixing, composition, mixing, mixing, mixing in the ratio of 91 to 100 wt% or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt%, 80 wt% The present invention is directed to a functional bentotle sheet characterized in that it is one.

Claims 12, 13, 14, and 15 are of the same form as Claims 2, 3, 4, and 5. Claim 12 is the additional content of Claim 2 in Claim 11, Claim 14 is characterized in that the additional content of Claim 4 is added to claim 13, and the content of claim 5 is added to claim 13.

The water-repellent material and the water-receiving layer may have a water permeability coefficient or a hydraulic conductivity of 1 x 10 -5 to 1 x 10 < -10 > cm / sec or an imperfect impermeability, or an inside, Wherein the waterproofing material and the waterproofing layer have a water permeability coefficient or a hydraulic conductivity ranging from 1 × 10 -7 to 1 × 10 -15 cm / sec or a material or layer disposed on at least one of a surface, a floor, a slope, Impervious or is a material or layer that is laid on at least one of the exterior, exterior, exterior walls, roof, surface, floor, slope, cover,

If the material used for one of the water-repellent material, the waterproof material, the aqueduct layer, and the waterproof layer includes the inflatable functional material, it becomes one of the inflatable water-repellent material, the waterproof material, the aqueduct layer and the waterproof layer and is used for one of the car waterproof material, waterproof material, When the material to be used for the water-repellent material, the waterproofing material, the water-retaining layer, and the waterproof layer includes the hydrogel functional material, the hydrogel- A waterproofing material, a water-bearing layer, and a waterproof layer, and when the material used for one of the water-repellent material, the waterproofing material, the aeration layer, and the waterproof layer includes the purification functional material, Or a base material used for a purification layer or a clean layer, it becomes one of a purification type water-repellent material, a waterproof material, a water layer, and a waterproof layer, When the material used for one of the waterproofing material, the aeration layer and the waterproof layer includes the purification functional material, it becomes one of the purification type water repellent material, the waterproofing material, the aquiferside layer and the waterproof layer. In this case, the purification water- And a purifying performance is obtained.

If the material used for one of the above water-repellent material, waterproof material, aqueduct layer or waterproof layer is included in general water-receiving material, it becomes one of general water-repellent material, waterproof material, aeration layer and waterproof layer and is used for one of the above water-repellent material, waterproof material, Waterproof material, a water-receiving layer, and a waterproof layer when the material containing the flow-accepting material is included in the water-absorbing material, and when the material used for one of the water-repellent material, , An aquifer, and a waterproof layer, and when the material used for one of the car waterproofing material, waterproofing material, aquiferside layer and waterproof layer is included in the other waterproofing material, it becomes one of other waterproofing materials, waterproofing material, aquiferside layer and waterproof layer.

The gas layer here is a layer mainly for excluding, discharging and discharging gas and the like, and has a permeability coefficient or a hydraulic conductivity of 1 × 10 + 10 to 1 × 10 -4 cm / sec or permeable, A water layer, a water layer, or a waterproof layer, and it is applied to the lower part of the cargo or aqueduct that is installed in the final cover of the waste at the landfill (9) Gas, which is layered in the order of waste, gas layer, car wash or aquifer in the final cover of the landfill.

Here, the cover layer is a layer that is installed on and protects from the surface or the upper surface of one of the car wash, the waterproofing material, the aeration layer and the waterproof layer, and its permeability coefficient or hydraulic conductivity is 1 × 10-3 to 1 × 10-7 cm / sec Impermeable or imperfect impervious, where the impermeable or imperfect impermeable is imperfectly impermeable or imperfect impermeability that is not fully impermeable or impermeable, such as impermeable or impermeable impermeability, and its application includes the final cover of the landfill A gas layer, a cargo layer or an aeration layer, and a drainage layer, and a cover layer disposed on the top of the car body, a waterproofing material, a water layer, and a waterproof layer laid on the floor in the pond, .

The drainage layer herein is a layer which is installed on the surface, upper part or lower part of one of car water, waterproofing, aeration, and waterproof layer to drain water flowing into the surface or the upper surface of one of car waterproofing material, water- The water permeability coefficient or the hydraulic conductivity thereof is in the range of 1 x 10 + 10 to 1 x 10-4 cm / sec or water permeable, wherein The drainage layer is installed on the surface or top of one of car water, waterproofing, aeration and waterproofing layer and applied as a drainage layer for water, influent, stormwater, surface water entering the surface or upper part of car water, waterproofing, aeration or waterproofing Watertight, aeration, and a watertight layer are laid out, and a drainage layer is laid on the top of the watertight layer. On the other hand, a drainage layer is formed on the lower part of the car waterproofing material, waterproofing material, If it is applied as a drainage layer for water, ground water, infested water, induction water, infiltration water, drain water, etc. existing in the lower part of one of car waterproofing material, waterproofing material, aeration waterproofing material, waterproofing material, waterproofing material, After the drainage layer is laid up before the installation, carpentry, waterproofing, aeration and waterproofing layers are installed on the top.

The purification layer herein is a layer mainly disposed on the surface or the upper surface of one of the car wall material, the waterproof material, the aeration layer, the waterproof layer, the gas layer, the subsoil layer and the drainage layer, and the degree of purification thereof is 0.1 to 100%, or the coefficient of water permeability or hydraulic conductivity A permeable layer disposed on the top of a car wall material, a waterproof material, a water layer, a waterproof layer, etc. laid on a floor in a pond or a pond, , And the purification layer has a degree of contamination purification of 0.1 to 100%, and the degree of contamination indicates the extent to which the contaminants are purified after the contaminants contact, flow in, or pass through the purification layer [ - latter concentration) / initial concentration] * 100.

Here, general water is general water, which includes general water, ground water, river water, fresh water, storm water, dam water, water, tap water, Saline water, saline water, sewage water, seawater, saline water, etc., and the polluted water corresponds to polluted water, such as polluted water, leachate, sewage, sewage, 10-3 is 10 -3, 10-7 is 10 -7, 10+ is 10 -7, water is water other than ordinary water, flow water, salt water and contaminated water. 10 represents + 10th power of 10, and in terms of units, cm / sec represents cm per second.

(Bentonite), C material (CM powder), P material (PM powder), and Z (intermediate layer) are used for the production or formation of the water supply and the aeration layer. Use or apply materials such as a material (zeolite), O material (OR powder), BC material, BP material, BZ material, BO material, BCP material, BCZ material, BCO material, HDPE sheet, , The sewing, adhesion, compaction and the like are made to be low or intermediate so that the permeability coefficient or hydraulic conductivity thereof is in the range of 1 × 10 -5 to 1 × 10 -10 cm / sec or imperfectly impervious Here, the manufacture or formation of the waterproofing material and the waterproofing layer includes the use or application of high-quality or high-quality materials, the use or application of the material in a large amount or a large amount, the improvement of the sewing quality, Coefficient Or the hydraulic conductivities are in the range of 1 × 10 -7 to 1 × 10-15 cm / sec, which is smaller than the carpenters and the aquifer, or completely impermeable, where the imstable impermeability is imperfect but imperfect is imperfect The water penetrates, discharges, spills and leaks at a depth of 1 × 10 -5 to 1 × 10 -10 cm per second per square meter, where stable impermeability is impermeable and water is completely passed Where permeable or permeable means that the coefficient of permeability or hydraulic conductivity is from 1 x 10 + 10 to infinity, or is not impervious or is not impervious to water will be.

In addition, the car and the aqueduct are installed in at least one of the inside, inside, inside wall, ceiling, surface, floor, slope, cover, The waterproofing material and the waterproofing layer are installed in at least one of the exterior of the waterproofing object or the outer surface of the waterproofing object, the outer wall, the roof, the surface, the floor, the slope, the cover and the cover The present invention is mainly applied to waterproofing or waterproofing so that external water existing outside the waterproofing object can not be introduced into the interior of the waterproofing object. Here, the waterproofing is a waterproofing object, Covering cover, covering cover.

Wherein each of the components is present in an amount of 0 to 10 wt%, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt% Binding functional material, hydrogel functional material, purification functional material, general accommodation material, flow-receiving material, salt-water material, and contamination-accepting material in a ratio of one of 80% to 90% A binding gel functional material, a hydrogel functional material, a purification functional material, a general accommodating material, a flow accommodating material, a salt water material, a pollution-accepting material, and other accommodating materials 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt%, and 10 wt% to 10 wt%, 11 to 20 wt%, 21 to 30 wt% Forming, composition, mixing, incorporation, mixing, and the like in a ratio of one of 10 to 81 to 90% by weight and 91 to 10, The material of the claim is 0 to 10% by weight, 0 to 10% by weight each of an expandable functional material, a binding gel functional material, a hydrogel functional material, a purifying functional material, a general accommodating material, a flow accommodating material, 20 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt%, 81 to 90 wt% Mixing, mixing, mixing, mixing, etc., in a ratio of one to ten.

Accordingly, in the entire material composition, the inflating functional material is 0 to 10 wt%, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt% Mixing, mixing, mixing, etc., and the binding gel functional material is also contained in the ratio of 0 to 100%, 71 to 80% by weight, 81 to 90% by weight and 91 to 10, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt%, 81 to 90 wt% Composition, mixing, mixing, mixing, etc. in the ratio of one of the ten percentages of the hydrogel functional material, the purification functional material, the general accommodation material, the flow accommodating material, and the salt water Similarly, the material, the contamination-accepting material, and the other receiving material are each used in an amount of 0 to 10 wt%, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt% 70 to 70% by weight, 71 to 80% by weight, 81 to 90% by weight, and 91 to 10% Formation, composition, mixing, incorporation, mixing, and the like.

11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt%, 81 To 90% by weight, and 91% to 10% by weight are classified into expansion functional materials, binding gel functional materials, hydrogel functional materials, purification functional materials, general accommodation materials, flow accommodation materials, salt water materials, (10)% by weight, such as from 0 to 20 (10)% by weight, or the like, such that each of the receiving materials is selectively constituted by a ratio of one of ten ratios of high ratios, high ratios, b (c) In terms of% by weight, a to b represent ranges, and c in parentheses (c) represents appropriate values, averages, and average values for ranges a to b.

In this embodiment, when the material is composed of four of an inflating functional material, a binding gel functional material, a hydrogel functional material, and a purifying functional material, the inflating functional material preferably contains 41-60 (50) wt% Range application, the binding gel functional material is applied in the range of 21-40 (30) weight% of the above ten ratios, and the hydrogel functional material is applied in the range of 0-20 (10) weight% , And the purifying functional material is applied in a range of 0-20 (10) weight% of the above ten percentages, and appropriate values are determined in consideration of the design conditions, site conditions, unit cost, cost, order condition, , The expansion functional material is adopted as an average value in the range of 41 to 60 (50) weight% to 50 weight%, and the binding gel functional material is adopted as the average value in the range of 21 to 40 (30) weight% The gel-functional material has an average value in the range of 0 to 20 (10) wt% (10) weight percent of the total amount of the functional material, and the total amount of the inflating functional material is 60 wt% or less in the range of 41 to 60 (50) wt% %, Adopting 35% by weight of binding gel functional material in the range of 21-40 (30)% by weight, 3% by weight of hydrogel functional material in the range of 0-20 (10) (10)% by weight in the range of 2% by weight to 100% by weight in total.

Wherein the inflating functional material is at least one of a B material (bentonite), a BP material, a B material 30-90 (60) wt% and a P material 10-70 (40) wt%, a composite material, For example, if the material is a, b, c composite material and its mixed material, then the composite material represents a composite material composed of one or more of a, b, c, a, b, c, d, a composite material and a mixed material thereof, where the mixed material is a, b, c, b, c, composite, ab, ac, a composite, bc, b composite, abc, ab composite, bc composite Material, abc composite material, wherein one or more of the constituent elements constituting at least one of the constituent elements is 0 to 100% by weight and the constituent elements are all 100 When the components are a, b, and c, each component constituting one or more of the components is 0 to 100% by weight, so a 60% by weight, a 30% by weight, c is 10% by weight, the total amount of the constituents is 100% by weight, and another example is 0 to 100% by weight each of the constituent constituting at least one, So that the total amount of the constituent elements is 100% by weight.

Wherein the binding gel functional material is at least one of a C material (CM powder), a BC material, a B material 30 to 90 (60) wt%, a C material 10 to 70 (40) wt%, a composite material and a mixed material thereof, The hydrogel functional material is composed of a P material (PM powder), a BP material, a BCP material, a B material 30 to 90 (60) wt%, a P material 10 to 70 (40) (5) to 35 (20) weight% of C material, 5 to 35 (20) weight% of P material, composite material and mixed material thereof, and said purifying functional material is at least one of Z material (zeolite), O material ), RH material, RS material, CO material, WT material, AC material, BZ material, BO material, BCZ material, BCO material, B material 30-90 (60) , B material 30 to 90 (60) wt% and O material 10 to 70 (40) wt%, B material 30 to 90 (60) wt% and C material 5 to 35 (20) (20), B material 30 to 90 (60) weight%, C material 5 to 35 (20) weight% and O material 5 to 35 (20) weight%, composite material and mixed material thereof.

Wherein the general receiving material is at least one of a B material, a BC material, a B material 30 to 90 (60) wt%, a C material 10 to 70 (40) wt%, a composite material and a mixed material thereof, Wherein the at least one material selected from the group consisting of P material, BP material, CP material, C material 30-90 (60) wt% and P material 10-70 (40) wt% , CP material, BCP material, B material 30-90 (60) wt%, P material 10-70 (40) wt%, B material 30-90 (60) wt% and C material 5-35 (20) wt% A BZ material, a BZ material, a BCZ material, a BCO material, a RH material, and a mixture material. At least one of a material, an RS material, a CO material, a WT material, an AC material, a Z material 30-90 (60) wt% and an O material 10-70 (40) wt%, a composite material and a mixed material thereof, The material may be one of a BC material, a BCP material, a BCZ material, a BCO material, a composite material, It is a prize.

The CM powder, which is the C material, is a binding material of calcium, a single substance or complex of Ca, a single substance or complex of Mg, Ca (30) to 90 (60)% by weight and Mg 10-70 , Wherein the Ca single substance of Ca is Ca and the calcium complex of Ca is a mixture of Ca and other substances such as CaSO4 and the magnesium single substance of Mg is Mg and the magnesium composite of Mg is mixed with Mg and other substances such as MgSO4 , And calcium magnesium composite of Ca 30-90 (60) wt% and Mg 10-70 (40) wt% is a mixture of Ca and Mg, and the PM powder as the P material is a polymeric polymer, Wherein the OR powder is one of a composite material of 30 to 90 (60) wt% polyacrylic acid, 10 to 70 (40) wt% polyacrylic acid, polyacrylic acid, polyacrylic acid, polyacrylate, Of iron, scrap iron, waste Iron, powder iron, iron oxide, reduced iron, iron powder, zero iron, slag, steel slag, blast furnace slag, steel slag, smelting slag, metal slag, crushed slag, crushed slag, iron powder, steel dust, To 90 (60)% by weight and iron content of 10 to 70 (40)% by weight.

Here, the material having the swelling function is B material (bentonite, bentonite) and the like. It is excellent in expandability and swelling property when it comes into contact with water such as general water, and is made of natural minerals such as sodium bentonite and volcanic ash as bentonite Which is expanded to 15 to 30 times the normal water content, and exhibits a water-repellent function and a waterproof function. Bentonite is composed of several layers of silica and alumina and has a weak bonding force between the layers. (CM powder, CaMg powder) and the like, which have bindability, solidification and solidification due to Ca and Mg components, (Ca) and Mg (Mg) are mixed with water, carbon dioxide and the like, hydroxide and carbonate such as Ca (OH) 2, Mg (OH) 2, CaCO 3 and MgCO 3 The binding gel of CSH, MSH, CAH and MAH formed by reacting with the Ca ₂ component and Al ₂ O ₃ component of the Ca component and the Mg component of the CM powder exhibits binding, solidification and solidification which are formed and hardened. Wherein the CSH is a calcium compound of calcium silicate hydrate, the MSH is a magnesium compound of magnesium silicate hydrate, the CAH is a calcium compound of calcium aluminate hydrate, MAH is a magnesium compound of magnesium aluminate hydrate.

Here, the material having a hydrogel function is a P material (PM powder, etc.), which is excellent in expansibility in salt water. The PM powder is an anionic powder, and its negative charge (-) is composed of H ₂ O Hydrogens (H) of positive hydrogen ions (+) are combined to form a hydrogel having a binding force, and the thus formed hydrogel is expanded in a salt water or the like to maintain water-repellency and water-resistance, The materials with cleanup are Z material (zeolite, zeolite), O material (OR powder, oxidation & reduction powder), RH material (rice husks), RS material (rice straw) Coal, WT material (waste tire), AC material (activated carbon), where zeolite is a natural clay mineral with a wide specific surface area and active area, The adsorption catalyst performance is excellent, The surface of the particles is charged with anionic negative charge (-) to strongly adsorb and purify heavy metals and contaminating cations, wherein the O material is oxidized or reduced as it is oxidized or reduced while reducing or oxidizing contaminants Detoxification and clean up by decomposing pollutants. Examples of such detoxification include decomposition of harmful chromium hexahedral such as Fe ⁰ + Cr ^{6 +} Fe ^{3 +} + Cr ^{3 +} And thus the zeolite is characterized in that it has a gks adsorption purification function on the adsorptive purifying performance by the negative charge (-), microstructure and large specific surface area of the zeolite (Zeolite), and the O material is oxidized And a decomposition purification function by decomposition purification performance by reduction. Wherein the RH material is rice husks, the RS material is rice straw, the CO material is coir, such as coconut fiber, coconut husk fiber, and the WT material is a waste tire, The AC material is activated carbon and has a function of purifying contaminants, polluted water, and polluted air by adsorption, decomposition, reaction, removal, etc., and their use forms are original shape, initial shape, Powder, chip, rod, bar, flake, powder, grid and the like.

In the present invention, it is preferable that the total amount of the polyolefin is 0 to 10 wt%, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt% A binding functional material, a hydrogel functional material, a purifying functional material, a general accommodating material, a flowable material, and a flowable material in a ratio of one of weight%, 71 to 80 wt%, 81 to 90 wt% Waterproofing material, waterproofing material, water-receiving layer and waterproofing layer according to the present invention are 0 to 10% by weight and 11 to 10% by weight, respectively, as the water-absorbing material, waterproofing material, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt%, 81 to 90 wt%, 91 to 10 wt% Binding functional materials, hydrogel functional materials, purification functional materials, general receptive materials, flow receptive materials, salt water materials, contaminant receptive materials, and others in a ratio of one of ten ratios A binding gel function, a hydrogel function, a purifying function and the like can be selectively used, and it can be selectively applied to general accommodation, flow accommodation, salt use, pollution accommodation, other accommodation, etc. Wherein the inflating functional material comprises an inflatable material and is characterized by an inflating property, the binding gel functional material has a binding property including a material having a high binding performance, and the hydrogel functional material has hydrogel performance It has hydrogel property with high material, and purifying function material has purifying function by containing high purification material, and general receiving material includes high-applicability material to general water, so it is applicable to general water , The flow-accepting material includes a material having high applicability to the flow water, which is highly applicable to the flow water, and the salt- Is highly applicable to brine. Contaminated receptive materials include materials that are highly applicable to contaminated water, so they are highly applicable to contaminated water. Other acceptance materials have high applicability to other water Material is included and is applicable to other numbers.

In the first step, the material is added to or in each of the woven fabric and the nonwoven fabric in an amount of 0 to 10 wt%, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt% The filler is embedded at a ratio of one of 10% by weight, 61-70% by weight, 71-80% by weight, 81-90% by weight and 91-10% A material dispenser, a material dispenser hopper, a material dispenser, a direct dowel sowing machine, a material dispenser, a nonwoven sowing machine, a needle punching machine, a punching machine, a sewing machine, Roll material, and a bentothec car wash material or a waterproof material having a thickness of 2 to 20 mm is manufactured therefrom. By using the material, the woven fabric, and the nonwoven fabric, the material reservoir 11, the material A feed hopper 12, a material stirrer 13, a drip pan 14, a material spreader 15, A material punching machine 16, a needle punching machine 17, and a roll forming machine 22 is such that the material is stored in a material reservoir, where the material reservoir is two or more, Wherein at least two of the material feeding hoppers are provided when the material or the stored material is put into the material feeding hopper and the material or the stored materials are two or more kinds and the material or the stored material or the charged material is the material The agitated material is agitated by a stirrer, and 1) a woven fabric is laid from the woven fabric, 2) the agitated material is spread by a material spreader on top of the woven fabric, 3) The nonwoven fabric is laid and at least one of the steps 1), 2) and 3) is firstly, secondly or nth orderly carried out, or the steps 1), 2), 3), 2) This primary or secondary and the nonwoven fabric laid on the woven fabric and the nonwoven fabric laid on the woven fabric are needle-punched by a needle punching machine to be integrated, and the needle punched product is rolled by a roll forming machine to form a bentotexturing or waterproofing material .

Herein, Bentotex is a water-borne or water-repellent material in which the woven fabric, the material and the nonwoven fabric are integrated by needle punching, wherein the woven fabric and the nonwoven fabric function to protect the material by covering the material and the material has a function of water- Wherein the material or the stored material or the charged material is stirred in a material stirrer and the material stirrer is a rotary agitated stirrer, a rotary agitated stirrer, a rotary screw agitator, a belt conveyor, etc., And the material stirrer 13 shown in FIG. 3 shows a rotating screw stirrer, wherein the processes of 1), 2) and 3) in the at least one of 1), 2) and 3) 1), 2), and 3) processes in which 1) woven fabric is laid, 2) the above-mentioned material is spread, and 3) non-woven fabric is laid on the top The second step is that the woven fabric of 1) is laid, the material of 2) is spread on the top, the non-woven fabric of 3) is laid on the top, the woven fabric of 1) is laid on the top, 2) is sprayed, and 3) nonwoven fabric is laid on the upper part thereof, and the nth order is carried out, the first order execution is repeated n times as in the second order, The material and the nonwoven fabric laid thereon are needle-punched by a needle punching machine to integrate the material. The second material is a nonwoven fabric laid on the fabric, a woven fabric laid on the fabric, The above material sprayed on the upper part and the nonwoven fabric laid on the upper part are needle-punched by a needle punching machine to be integrated, wherein the process in the order of 1), 2), 3), 2) Or nth order 1) woven fabric is laid, 2) the above-mentioned material is sprayed, 3) nonwoven fabric is laid on the upper part, 2) the above material is spread on the upper part, and 3) nonwoven fabric is laid on the upper part It is the first, second and nth car.

One of the water-repellent material, the waterproofing material, the aqueduct layer, and the waterproof layer may water or water at least one of general water, flow water, brine water, contaminated water and other water, and the material or layer may be subjected to a step It is one of manufacture, installation, manufacturing, installation, installation.

The one-step process here is a process relating to the production of BentoTex, wherein, in the embedding of the material into or between each of the woven fabric and the nonwoven fabric, 1) embedding in each of the woven fabric and the nonwoven fabric, The material is injected, inserted, injected, or introduced into the space, void, gap, gap, tissue, or fibrous tissue existing in the inner, inner, or inner part of the body, And 2) embedding between the woven fabric and the nonwoven fabric is such that a) the material is inserted between the woven fabric and the nonwoven fabric, and the woven fabric is inserted, inserted, injected, etc., and b) C) The material is sprayed, laid, injected, inserted, injected, or introduced into or on the surface of a single woven or nonwoven fabric.And the other of woven or non-woven fabric is laid thereon is, covering luggage, luggage and the like superimposed to the material to be buried between the woven fabric and nonwoven fabric are applicable.

In the first step, the material is added to or in each of the woven fabric and the nonwoven fabric in an amount of 0 to 10 wt%, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt% Wherein at least one of the woven fabric, the nonwoven fabric, and the filling material has a weight percentage of at least one of woven fabric, woven fabric, nonwoven fabric, Which is the material, relative to the total weight constituted by at least one of the woven fabric, the non-woven fabric, and the filling material in the case of 61 to 80 (70) Wherein the weight of the water is in the range of from 61 to 80% by weight or 70% by weight, wherein the filling ratio of the filler is from 0 to 10% by weight, from 11 to 20% by weight, from 21 to 30% by weight, To 50% by weight, 51 to 60% by weight, 61 to 70% by weight, 71 to 80% by weight, 81 to 90% by weight and 91 to 10% (C) is composed of a to b (c)% by weight, and c in parentheses (c) is a to b, the optimum value, and the average value for the range of b. In the first step, the material is added to or in each of the woven fabric and the nonwoven fabric in an amount of 0 to 10 wt%, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt% The filler is embedded in a proportion of one of 10% by weight, 61-70% by weight, 71-80% by weight, 81-90% by weight and 91-10% by weight and then subjected to impregnation, grooving, It is one of the following: whether it be one of punching, sewing, sewing, stitching, and stapling, which is one of the stitching, grooving, hiding, topping, stitching, punching, needle punching, stitching, sewing, It is one of the three cases of recycled materials, nonwoven fabric and recycled materials, woven fabric, recycled materials and nonwoven fabric.

In the second step, the material is added to one side or both sides of the HDPE sheet in an amount of 0 to 10 wt%, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt% , 61 to 70% by weight, 71 to 80% by weight, 81 to 90% by weight, and 91 to 10% by weight, , Material being one of rolling, extruding, pressing, roller pressing, roller extrusion, or using the material, HDPE sheet, material reservoir, material feeding hopper, material stirrer, HDPE sheet throwing machine, material injector, Laura presser, A material reservoir 11, a material feed hopper 12 (a material feed hopper), and a material feed hopper 12 (a feed hopper) are formed by using the material, HDPE sheet, ), The material stirrer 13, the HDPE sheet setter 18, the material injector 19, the roller press 21, 2) is that the material is stored in a material reservoir, where two or more material reservoirs are provided, and wherein the material or the stored material is stored in a material input hopper Wherein two or more material feeding hoppers are provided when the material or the stored material is two or more, and the material or the stored material or the charged material is stirred in the material stirrer, and 1) the HDPE sheet 2) the stirred material is sprayed in spray form on the one side or both sides of the laid HDPE sheet by the material injector like the adhesive 20, and one or more of the steps 1) and 2) And the material injected into the HDPE sheet is attached and integrated with the HDPE sheet together with the adhesive 20, And the pressed product is rolled into a roll product to produce a bentosheet car wash or a waterproofing material.

Here, the bento sheet is a water-absorbent or waterproof material which is integrally adhered to one side or both sides of the HDPE sheet. Here, the adhesion of the material to both sides is characterized by having a great differentiability and novelty from existing materials, The HDPE sheet functions to protect the material while performing a primary order or a waterproof function and the material functions as a secondary order or waterproofing. Here, 1) and 2) Is performed once, and the second step is performed when the steps 1) and 2) are performed once, the HDPE sheet 1) is laid on top of the attached material 2), and 2) The material is injected and the n-th order is performed. The first-order execution is repeated n-th order as in the second order. Here, what is firstly practiced is that the material is adhered to the HDPE sheet, It issued a material attached to the HDPE sheet will also be a HDPE sheet In the said material laying thereon integrally installed in the upper portion.

The two-step process is a process related to the production of bento sheet. The material is added to one side or both sides of the HDPE sheet in an amount of 0 to 10 wt%, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt% By itself or in the form of an adhesive at a ratio of one of 10%, 41-50 wt%, 51-60 wt%, 61-70 wt%, 71-80 wt%, 81-90 wt% Wherein the adhesive is sprayed or adhered as an adhesive or adhesive, and is then pressed, pressed, rolled, extruded, pressed, pressed by a roller, or extruded by a roller to produce a bentosheet carburst or waterproofing material having a thickness of 1 to 10 mm, The material is attached to one side or both sides of the HDPE sheet, wherein the adhesion rate of the attachment is 0-10 wt%, 11-20 wt%, 21-30 wt%, 31-40 wt%, 41-50 wt% 60% by weight, 61 to 70% by weight, 71 to 80% by weight, 81 to 90% by weight and 91 to 10% %, Wherein the% by weight is the weight percent of the adhered material, relative to the total weight comprised of at least one of the HDPE sheet, the adhesive, the adherend being the material, and wherein The adhered material, which is attached to one side or both sides of the HDPE sheet and the HDPE sheet, is pressed together, pressed, rolled, extruded, pressed, pressed, pressed, rolled, extruded, pressed, , Roller pressing, and roller extrusion.

One or both sides of the HDPE sheet may be one of smooth, flat, flat, flat, smooth, smooth, smooth, spike, nail, needle, dot, groove, Flat surface, flat surface, smoothness, bond, and the like are formed on the surface of the base material, which is one of a surface, a squeeze, a pattern, a projection, a ridge, a concave point, One or more of one or more of the HDPE sheet, EPDM sheet, or other sheet is not rough and flat on one side, wherein one of the spikes, the nail, the needle, the groove, the needle, the unevenness, the grid, The formation of one of the texture, sketching, pattern, protrusion, friction protrusion, concave point, convex point, concave groove, convex groove, rough surface and friction surface is to be applied to HDPE sheet and floor, ground, contact surface, To increase friction resistance with other car or waterproof materials To a greater frictional performance.

The three-step process may include 1) sewing or bonding at least one of bentosite or bentotex on one or both sides of the bentotex or bentosite, from which a bentotex sheet carburst or waterproofing material having a thickness of 3 to 30 mm is produced, 2) The above-mentioned material is contained in each of or between the woven fabric and the nonwoven fabric in an amount of 0 to 10% by weight, 11 to 20% by weight, 21 to 30% by weight, 31 to 40% by weight, 41 to 50% by weight, The filler is buried in a ratio of 61 to 70% by weight, 71 to 80% by weight, 81 to 90% by weight and 91 to 10, And 3) one or both of the surfaces of the HDPE sheet is coated with the above material in an amount of 0 to 10% by weight, 11 to 20% by weight, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt%, 81 to 90 wt% %, 91 to 10 percent of the total weight of the composition, or one or more of the following: adhesive, adhesive, or adhesive, sprayed, pressed, rolled, extruded, pressed, 4) a material reservoir 11, a material loading hopper 12, a material stirrer 13, and a material reservoir 11 are formed by using the above-described material, woven fabric, nonwoven fabric, HDPE sheet, A material pouring machine 15, a nonwoven laying machine 16, a needle punching machine 17, an HDPE sheet laying machine 18, a material injecting machine 19, a roller presser 21, (22), a 3 to 30 mm thick bentotex sheet car wash material or a waterproofing material is produced. From this, a 3 to 30 mm thick bentotex sheet cargo material or a waterproof material, a 2 to 20 mm Thick benttex car wash material or waterproof material, 1 to 10 mm thick bentosheet cargo material or One of the granulated slag is produced.

Here, the three-step process is to prepare a water-borne material or a waterproofing material of one of a bentotex sheet, a bentotex, and a bentosite having a thickness of 3 to 30 mm. The bentotex and bentosite produced here have a thickness of 2 to 20 mm (BentTex Sheet) manufactured by the two-step process, and the BentTex Sheet is produced during the three-step process, the BentTex Sheet is manufactured by one side or both sides of the benttex or bentosite Wherein at least one of the bentothets or bentotreks is sewn or attached, from which 3 to 30 mm thick bentothec tent carburisers or waterproofing materials are produced, wherein at least one of the bentotts or bentotreks is sewn or attached And bentotte or bentotte are one, one, or one or more folds, wherein the bentotex and bentosite are mutually beaten, Stitching, sewing, sewing, stapling, and the like, and the adhesion is such that the bentothets or bentosheets are bonded to each other by themselves or with mutual adhesives Or the bentotte and the bento sheet are attached to each other with the stitching, grooving, hiding, topping, stitching, punching, needle punching, sewing, sewing, stitching, stapling or the like.

4) The case of 4) in this step will be explained. 4) By using the material, woven fabric, nonwoven fabric, HDPE sheet, material reservoir, material feeding hopper, material stirrer, direct sowing sowing material dispenser, The production of 3 to 30 mm thick benttex sheet carcass or waterproofing material by an apparatus consisting of at least one of a punching machine, an HDPE sheet auger, a material injector, a Laura press, a roll product machine is a) , A material stirrer, a drip pan, a material spreader, a nonwoven extruder, and a needle puncher, and then the material reservoir, the material hopper, the material HDPE sheet papers were prepared on one or both sides of bentotex, which was first manufactured by a device composed of one or more of agitator, HDPE sheet throwing machine, material injector, needle punching machine, roller presser, The HDPE sheet is laid on top of it, the above material is sprayed by the material sprayer, the bento sheet is sewn on the benttex by the needle punching machine, Laura press or the like, and it is made into roll product by the roll product machine. Bentothecic sheet car wash or waterproofing material with a thickness of ~ 30 mm is manufactured by means of a device consisting of at least one of a material reservoir, a material hopper, a material stirrer, a direct sieving device, a material spreader, a nonwoven extruder, a needle puncher A device composed of one or more of a material reservoir, a material hopper, a material stirrer, an HDPE sheet throwing device, a material injector, a needle punching device, a roller presser, a roll product device The material is sprayed on one side or both sides of the bentotex manufactured by the material dispenser first, and then the HDPE sheet is laid on the upper side HDPE sheet is installed and the bento sheet is sewn to the bentotte by the needle punching machine and Laura press etc., and it is rolled by the rolling machine, and 3 ~ 30mm thick bentotex sheet carburizing material or waterproofing material C) First, a 1 to 10 mm thick bentosheet carpentry or waterproofing material is applied by means of a device consisting of one or more of a material reservoir, a material hopper, a material stirrer, an HDPE sheet auger, a material injector, a needle puncher, A side of a bentosheet that was first manufactured by an apparatus consisting of at least one of a material reservoir, a material hopper, a material stirrer, a drip pan, a material spreader, a nonwoven extruder, a needle puncher, a roller press, Or the woven fabric is laid on both sides by a weft inserter, the material is spread by a material spreader on top of the woven fabric, The nonwoven fabric is laid out by the squeeze, and the whole is sewn, adhered, and pressed by a needle punching machine, Laura press, etc., and rolled by a roll product machine to produce a 3 to 30 mm thick bentotex sheet carburst or waterproofing material And so on.

At least one of the film (30) and the protective material (31) is attached to one of the above benttex, bentosite, and bentotex sheet, or one of the film and the protective material The film is one of a film, a protective material, a film protective material and a protective film. When a film is adhered or placed on one or both sides of one of the bentotex, bentosite and bentotex sheet, one of the bentotex, bentosite, When a protective material is adhered to or adhered to one side or both sides of the bentotex, bentosite, and bentotex sheet, the bentotex, bentosite, One of the Tex sheets is one of a protective material-adhered type or a standing type bentotex, a bento sheet, and a bentotex sheet, and one of the benttex, bentosite, and bentotex sheets When a film or a protective material is adhered or installed, one of the bentotex, bentosite, and bentotex sheet becomes one of a film protective material, a protective film-attached type, or a built-in bentotex, bentosite or bentotex sheet. , Cement, concrete, concrete, acrylic, urethane, polymer, rubber, plastic, woven fabric, nonwoven fabric, sheet, polymer synthetic material, protection material, board protection material, hard board protection material, soft board protection material, reinforcement material, plywood, , Geogrids (32), sand-fed geocells, gravel-charged geocells, aggregate-fed geocells, recycled aggregates, geocells, slag An input geocell, a mixture (33) input geocell, or a fiber-containing, reinforced or inserted one of the above, and the form of the protective material is a plate, a plate, a board, a mat , Sheet-like, bar-type, one of the roll, the roll sheet-like, granular, powder type, powder type, solution type, aeksanghyeong, jet type or other type. In this case, the thickness of the protective material may be selected from the group consisting of mortar, paste, cement, concrete, concrete, remicon, waste tire, waste tire layer, waste tire chip, geocell, sand-fed geocell, gravel- charged geocell, (10) cm in the case of a slag-charged geocell or a mixture-charged geocell, the average value is about 10 cm, and the average value is about 10 cm. (10) mm for an average thickness of 10 mm (10 mm) in the case of a protective material, a board protecting material, a hard board protecting material, a soft board protecting material, a reinforcing material, a plywood, a wood, a wire mesh, a wire net, a diaphragm, a grid, a geogrid, But the thickness of the protective material is not limited to the above-mentioned 1 to 20 (10) cm, 1 to 20 (10) mm, and can be less than or equal to the thickness.

Since the film has water-repellency, waterproofness and impermeability, it helps to protect the surface of venttex, bentosite and bentotex sheet, and protects the ventotex, bentosite and bentotex sheet from outside. Wherein the film protective material is a film, a protective material, a film, a protective material, and the like in this order on one side or both sides thereof, and the protective film has a film, a protective material on the one side or both sides, Where the attachment is to be attached, no attachment is not to be attached, the installation is to be installed, and no installation is to be installed. The attachment of at least one of the film or the protection material to one side or both sides of the film may be performed on one or both sides of the film, one or more of the protection materials may be self-attached, adhesive attached, bond attached, corner attached, It can be applied to the factory or the field by pressing, sewing, compression, squeezing, fusion welding, etc. However, it is advantageous for the product to be attached to the factory by attaching it to the factory, There is an advantageous aspect in that effort, time, and cost of installing one or more of the film and the protective material can be reduced.

Here, one or more of the film or the protection material is laid on one side or both sides by laying one or more of the following: 1) a film or a protection material, such as manpower, equipment or forklrains, and placing one of bentotex, bentosite, 2) one or more of a film or a protective material is laid, and one of bentotex, bentosite, and bentotex sheet is laid on the top, and at least one of a film and a protective material is laid on the top, And 3) one of bentotex, bentosite and bentotex sheet is laid out, and at least one of a film and a protective material is laid on the top of the bentotex, and one side thereof is brought into contact. Here, the mortar, paste, cement, concrete, concrete and the like are used as cement in the protective material, and the polymer synthetic material is a polymer synthesis material such as acrylic, urethane, polymer, rubber, plastic and other polymer materials, and the reinforcing material is wire mesh, , Geogrids, and other stiffeners, where the sand-fed geocell, the gravel-charged geocell, the aggregate-fed geocell, the recycled aggregate-loaded geocell, the slag-charged geocell, the mixed geocell, Wherein the mixture is a mixture of sand, gravel, aggregate, recycled aggregate, slag, and other materials, wherein the fiber-containing, reinforced, or added fiber is sandwiched between sand, gravel, aggregate, recycled aggregate, slag, One is one of the above-mentioned fibers reinforced with fibers such as a fiber fiber, a steel fiber, and a carbon fiber. Or mortar, paste, cement, concrete, concrete, concrete, acrylic, urethane, polymer, rubber, plastic, sand-fed geocell, gravel-charged geocell, aggregate charging geocell, circulation Aggregate input geocell, slag input geocell, and mixture input geocell.

In this case, the protective material may be selected from the group consisting of acrylic, urethane, polymer, rubber, plastic, woven fabric, nonwoven fabric, sheet, polymer synthetic material, protective material, board protecting material, hard board protecting material, soft board protecting material, wire mesh, A cement, a concrete, a concrete, a concrete, an acrylic, a urethane, a polymer, a rubber, a plastic, a woven fabric, a nonwoven fabric, a nonwoven fabric, or the like in a protective material, Wire mesh, wire mesh, mesh, grid, geogrid, geocomposite, waste tire, waste tire layer, waste tire chip, hard board protection material, soft board protection material, reinforcement material, sheet, polymer synthetic material, , Geocell, sand input geocell, gravel input geocell, aggregate input geocell, recycled aggregate input geocell, slag input geocell, mixture input geocell, And can be applied on one side or both sides of one of a sheet, a bent sheet, and a benttex sheet. Here, a plate, a plate, a board, a mat, a sheet, a bar or the like itself is attached or laid as a tape, an adhesive or the like, A powder type, a solution type, a liquid type, a spray type, and the like can be adhered or installed in the form of an injector, a sprayer, Etc., and the other type is in the form of a protective material other than those mentioned above.

The tensile strengths of the bentotte and bentosite according to the ASTM D4632 test method are 412 to 1361 N and 2520 to 4296 N / cm ² , respectively, The tensile strengths according to the ASTM D4632 test method of bentotex and bentosite are 10.1 to 114% and 505 to 983%, respectively, and the tear strength according to the test method of bentotex according to KS M3736 is 416 to 14651 N / cm. The montmorillonite content of the bentonite (B material) according to the Methylene Blue Test Method and the coefficient of expansion according to the KS M3736 Test Method are 70 to 90% and 757 to 1250%, respectively, and the degree of swelling of the bentonite (B material) BCG material is 24.9 ~ 27.6 (26.5) ml / 2g with respect to the contaminated water, and BCP material is 28.9 ~ 33.4 (30.8) ml / , The BCO material is 25.5 to 27.4 (26.6) ml / 2g, and the BC material, the BCP material, the BCZ material, and the BCO material satisfy the ASTM D6910 test method (33.2) cP, 33-39 (34.2) cP, 33-37 (34.2) cP, respectively. The BCN material was subjected to Column Leaching Test (63)% of heavy metals and 61 ~ 89 (74)% of heavy metals, and 61 ~ 67 (63)% of organic substances, respectively. %, And organic matter 63 to 72 (67)%. Where the tensile strengths of benttex and bentosite are 412 to 1361 N and 2520 to 4296 N / cm ² , respectively, and the unit of bentotex is N and the unit of bentosite is 2520 to 4296 N / cm ² , where cP is the viscosity (%) To the removal concentration (Cr) after the batch-type leaching and the batch adsorption test for the initial initial concentration (Ci) of the heavy metal and organic pollutants, and the centi-Poise, Ci) * 100].

In the case of bentotex, a) general acceptance = woven fabric + B material or BC material woven + nonwoven fabric = woven fabric + [bentonite 100 wt%] blanks + nonwoven fabric = woven fabric + [bentonite (90 to 99) 95 wt% + CM powder Woven fabric = 100% by weight] + nonwoven fabric = woven fabric + [bentonite (90 to 99)] [100% by weight] Woven fabric + woven fabric = woven fabric + [bentonite (97 to 99.9) 99% by weight + PM powder (100 to 95% by weight + CM powder (1 to 10) (1 to 10%) + PM powder (0.1 to 3%) 1% by weight] Purchase + nonwoven fabric = woven fabric + [bentonite (87 to 98.9) 94% Nonwoven fabric, d) Contamination = woven fabric + BZ material or BCZ material or BO material or BCO material + nonwoven fabric = woven fabric + [bentonite (90 to 99) 95 wt% + zeolite or OR powder Woven fabric + nonwoven fabric = woven fabric + [bentonite (80 to 98) 90 wt% + CM powder (1 to 10) 5 wt% + zeolite or OR powder (1 to 10) (Bentonite (90 to 99) 95% by weight + CM powder (1 to 10) 5% by weight) Purchase + nonwoven fabric = Nonwoven fabric = woven fabric + [bentonite (80 to 98) 90 weight% (w / w) + [bentonite (87 to 98.9) 94 weight% + CM powder (1-10) 5 weight% + PM powder Nonwoven fabric = woven fabric + [bentonite (80 to 98) 90% by weight + CM powder (1 to 10) 5% by weight + CM powder (1 to 10) 5% by weight + zeolite + OR powder (1 to 10) 5% by weight].

In the case of bentosite, a) General acceptance = HDPE sheet + B material or BC material attachment = HDPE sheet + [bentonite 100 wt%] adhesion = HDPE sheet + [bentonite (90-99) 95 wt% + CM powder 10% by weight), and b) flow-receiving = HDPE sheet + C material or BC material = HDPE sheet + [CM powder 100% (5 wt% of CM powders (1 to 10)) and c) for salt water = HDPE sheet + BP material or BCP material attachment = HDPE sheet + [bentonite (97 to 99.9) 99 wt% + PM powder (HDPE sheet) + [bentonite (87 to 98.9) 94 wt% + CM powder (1 to 10) 5 wt% + PM powder (0.1 to 3) 1 wt% + Bentonite (90 to 99) 95% by weight + Zeolite or OR Powder (1 to 10) 5% by weight] = HDPE sheet + [Bentonite 80 to 98) 90% by weight + CM pau (1 to 10) 5% by weight + zeolite or OR powder (1 to 10) 5% by weight] + 95 wt% of bentonite (90 to 99) + 5 wt% of CM powder (1 to 10) Adhesive = HDPE sheet + [Bentonite (87 to 98.9) 94 wt% + CM powder (1 to 10) 1% by weight of PM powder + 0.1% by weight of PM powder) = HDPE sheet + 90% by weight of bentonite (80 to 98) + 5% by weight of CM powder (1 to 10) + 5% by weight of zeolite 90% by weight of HDPE sheet + [bentonite (80-98) + 5% by weight of CM powder (1-10) + 5% by weight of OR powder (1-10)].

B material = 100 wt% bentonite, BC material = 90 wt% bentonite (90 to 99 wt%) + CM powder (1 to 10) 5 wt%, BP material = bentonite (97 to 99.9) 99 wt% 1 to 10) 5% by weight BO material = 90 to 99% by weight of bentonite (90 to 99%) + OR powder (1 to 10) 5% by weight of BCP material = 94% by weight of bentonite (87 to 98.9) + 5% by weight of CM powder (1 to 10) + 1% by weight of PM powder (BCB) % + CM powder (1 to 10) 5 wt% + zeolite (1 to 10) 5 wt%, BCO material = bentonite (80 to 98) 90 wt% + CM powder (1 to 10) 5 wt% 1 to 10) 5% by weight, and all of the above-mentioned materials are represented by a BCPZO material as a functional material, which is a B material, a BC material, a BP material, a BZ material, a BO material, a BCP material, a BCZ material, Collectively.

In this case, the joints of one of the bentotex, bentosite, and bentotex sheet are overlapped by 1 to 30 cm so that the order and watertightness are continuous, and the material or bentonite is laid between the upper and lower joints, And the seam strap is made to have a perfect adhesion and waterproofing or a nail in the joint, a takazi seal, a stapler seal, a tape attachment, and a seal strap attachment, The seal layer is sealed and the film layer or the high density polyethylene sheet layer of the seal strap is exposed to the exterior to protect the adhesive layer or the bonded joint and wherein at least one of nailing, tacking, stapling, tape attachment, For example, 1) the joint is made of nail, nail, stapler, tape, or seal strap, and 2) Bolt or nail, then attaching tape or seal strap, or 3) attaching one of nail, bolt, or nail, then taping, and then attaching a seal strap And attaching one of them.

One or both of the HDPE sheet, the EPDM sheet and the other sheet may be one of twenty, twenty, twenty, twenty, twenty, twenty, fifty, Wherein the one or more of the HDPE sheet, the EPDM sheet, and the FRP sheet are formed on one surface of the substrate, the substrate, the grid, the texture, the texture, the sketching, the pattern, the projection, the ridge, the concave point, , And the other sheet in the other sheet is a sheet other than the HDPE sheet and the EPDM sheet, wherein at least one of the HDPE sheet, the EPDM sheet and the other sheet includes 1) an HDPE sheet used or applied to the bent sheet, 2) HDPE sheet, Bentosheet + HDPE sheet, Bentotex sheet + HDPE sheet, Bentotex + EPDM sheet, Bentosheet + EPDM sheet, Bentothex sheet + EPDM sheet, Bentotex + other sheet, Bentosheet + + HDPE sheets, EPDM sheets, and other sheets used for other sheets One of smoothness, flatness, flatness, flatness, flatness, smoothness, toughness, and smoothness of one or more of the HDPE sheet, EPDM sheet or other sheet is not rough and flat, , Nail, needle, dot, groove, needle, uneven, grid, texture, net, texture, sketching, pattern, The formation of one is to increase the friction performance to increase the friction resistance with HDPE sheets, EPDM sheets, other sheets and floors, ground, contact surfaces, target surfaces, contacts, other car or waterproof materials.

When one of the bentotex, bentosite, and bentotex sheet is installed, one of the bentotex, bentosite, and bentotex sheet is installed alone, or one of bentotex, bentosite, and bentotex sheet is installed Wherein at least one of a bento blend, a bento spray, a gas layer, a cover layer, a drain layer, a clean layer, an HDPE sheet, an EPDM sheet and other sheets, films, woven fabrics, , A gas layer, a cover layer, a drain layer, a clean layer, an HDPE sheet, an EPDM sheet, or other sheet, film, woven fabric or nonwoven fabric, Layers, HDPE sheets, EPDM sheets, other sheets, films, woven fabrics, and nonwoven fabrics. Examples thereof include bento blends, EPDM sheets, EPDM sheets and other sheets, films, woven fabrics, nonwovens, bento blends and cover layers, bento blends and clean layers, HDPE sheets and cover layers, It can be installed by combination of cover layer, other sheet and clean layer, bento mixture, cover layer and clean layer. Here, a combination of the bento mixture, the cover layer and the clean layer will be described. In this case, one of the bentotex, bentosite and bentotex sheet is installed, and the bento mixture, the cover layer and the clean layer are laid on the surface or the upper surface thereof, This is because one of the bentotex, bentosite, and bentotex sheet is installed and the bentonite mixture is installed on the surface or the top, and a cover layer is laid on the surface or the top, and a clean layer is laid on the surface or the top.

At least one of a film and a protective material may be attached to one side or both sides of one of the bentotex, bentosite, and bentotex sheet, and at least one of the film and the protective material may be a film, Film protective material or protective film, and when one of the film, the protective material, the film protective material and the protective film is adhered or placed on one or both sides of one of the bentotex, bentosite and bentotex sheet, the bentotex, bentosite, One of the sheets may be one of a film attachment type, a protection material attachment type, a film protective material attachment type, a protection film film type bentotex, a bento sheet, a bentotex sheet, or a film installation type, a protection material installation type, a film protection material installation type, The protective material may be one of a film-embedded type bentotex, a bentosite and a bentotex sheet. The protective material may be a mortar, a paste, a cement, a concrete, a concrete, an acrylic, a urethane, Hardwood protection material, soft board protection material, reinforcement material, plywood, wood, wire mesh, wire mesh, mesh, grid, geogrid, geocomposite, waste tire, wastepaper, wastepaper, sheet, polymer composite, It is one of the following: tire layer, waste tire chip, geocell, sand feed geocell, gravel feed geocell, aggregate feed geocell, recycled aggregate feed geocell, slag feed geocell, It is one of the above.

The mat type water-repellent material or the waterproof material is bentonite mat or bentotex, which is composed of 0 to 10% by weight, 11 to 20% by weight, 21 to 30% by weight, 31 to 40% by weight %, 41 to 50 wt.%, 51 to 60 wt.%, 61 to 70 wt.%, 71 to 80 wt.%, 81 to 90 wt.%, A material reservoir, a material hopper, a material stirrer, a nonwoven fabric, or the like, made of one of the above materials, woven fabric, nonwoven fabric, A material reservoir or a waterproofing material having a thickness of 2 to 20 mm and made of an apparatus composed of at least one of a plasticizer, a plasticizer, a material spreader, a nonwoven fabricator, a needle puncher, , A material feeding hopper, a material stirrer, a direct dowel sieve, a material A device made of an apparatus composed of one or more of aeration, non-woven laying machine, needle punching machine, roll-making machine means that the material is stored in a material reservoir where two or more material reservoirs are provided , The material or the stored material is put into a material feeding hopper, where two or more material feeding hoppers are provided when the material or the stored materials are two or more kinds, and the material or the stored material or the charged material is stirred in the material stirrer , 1) a woven fabric is laid out from the drip stalks, 2) the agitated material is sprayed on top of the woven woven fabric by a material spreader, 3) a nonwoven fabric is laid on the top of the applied material by a non- And at least one of the steps 1), 2) and 3) is carried out in a primary, secondary or n-th order, or the steps 1), 2), 3), 2) The material punched on the woven fabric and the nonwoven fabric laid on the woven fabric are needle-punched by a needle punching machine to be integrated, and the needle punched product is rolled into a roll product by a roll forming machine, Or a waterproof material is manufactured.

The sheet type water-repellent material or the waterproof material is a bentonite sheet or a bento sheet. The sheet material may include 0-10 wt%, 11-20 wt%, 21-30 wt%, 31-40 wt% of the material on one side or both sides of the HDPE sheet, By themselves or as adhesives at a ratio of 41 to 50% by weight, 51 to 60% by weight, 61 to 70% by weight, 71 to 80% by weight, 81 to 90% by weight and 91 to 10% A material dispenser, a material dispenser, a material stirrer, a HDPE material dispenser, or the like, manufactured using one of the above materials, HDPE sheets, 1 to 10 mm thick carpentry or waterproofing material manufactured by a device composed of at least one of sheet putter, material sprayer, Laura presser, roll producter, and using the above material, HDPE sheet, material reservoir, material feed hopper, material Stirrer, HDPE sheet throwing machine, material injector, Laura press, roll The material is stored in a material reservoir where two or more material reservoirs are provided and if the material or stored material is introduced into the material input hopper Wherein two or more material feeding hoppers are provided when the material or the stored material is two or more kinds, and the material or the stored material or the charged material is stirred in the material stirrer, and 1) the HDPE sheet is installed from the HDPE sheet , 2) the stirred HDPE sheet is sprayed on the one side or both sides of the HDPE sheet by spraying the same with the adhesive agent by a material injector, and at least one of the steps 1) and 2) Wherein the material injected into the HDPE sheet is attached and integrated with the HDPE sheet together with the adhesive and the material attached to the HDPE sheet Is pressed by a roller press, and the pressed product is rolled by a roll roll to produce a bent sheet car wash or waterproofing material.

The mat-sheet type water-repellent carcass or the waterproofing material is a bentonite mat sheet or a bentotex sheet, which is made of 1) a 3 to 30 mm thick carbohydrate material having a bento sheet or benttex sewn or attached to one side or both sides of the bentotex or bentosheet, A waterproofing material, 2) between or within each of the woven fabric and the nonwoven fabric, 0 to 10 wt%, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt% %, 61 to 70 wt.%, 71 to 80 wt.%, 81 to 90 wt.%, And 91 to 10 ratios. 3 to 30 mm thick benttex carpeting or waterproofing material which is one of stitching, sewing, sewing, stitching and staple quality; 3) the above material is coated on one surface or both surfaces of HDPE sheet in an amount of 0 to 10 wt%, 11 to 20 wt% 10 to 30% by weight, 31 to 40% by weight, 41 to 50% by weight, 51 to 60% by weight, 61 to 70% by weight, 71 to 80% by weight, Of a thickness of 3 to 30 mm, which is either self-adhered at a ratio of one of the thicknesses of the layers or adhered with an adhesive or sprayed like an adhesive, and then adhered, pressed, rolled, extruded, pressed, Material dispenser, material dispenser, material stirrer, dewatering machine, material spreader, nonwoven laying machine, needle punching machine, HDPE sheet putter, material sprayer, Laura It is one of the 3 to 30 mm thick bentotex sheet carpets or waterproofing materials manufactured by the apparatus composed of at least one of presser and roll product.

At least one of a film and a protective material may be attached to one side or both sides of one of the bentotex, bentosite, and bentotex sheet, and at least one of the film and the protective material may be a film, Film protective material or protective film, and when one of the film, the protective material, the film protective material and the protective film is adhered or placed on one or both sides of one of the bentotex, bentosite and bentotex sheet, the bentotex, bentosite, One of the sheets may be one of a film attachment type, a protection material attachment type, a film protective material attachment type, a protection film film type bentotex, a bento sheet, a bentotex sheet, or a film installation type, a protection material installation type, a film protection material installation type, The protective material may be one of a film-embedded type bentotex, a bentosite and a bentotex sheet. The protective material may be a mortar, a paste, a cement, a concrete, a concrete, an acrylic, a urethane, Hardwood protection material, soft board protection material, reinforcement material, plywood, wood, wire mesh, wire mesh, mesh, grid, geogrid, geocomposite, waste tire, wastepaper, wastepaper, sheet, polymer composite, It is one of the following: tire layer, waste tire chip, geocell, sand feed geocell, gravel feed geocell, aggregate feed geocell, recycled aggregate feed geocell, slag feed geocell, It is one of the above.

Wherein the inflating functional material is at least one of a B material (bentonite), a BP material, a B material 30-90 (60) wt%, a P material 10-70 (40) wt%, a composite material and a blend thereof, The functional material is at least one of a C material (CM powder), a BC material, a B material 30 to 90 (60) wt%, a C material 10 to 70 (40) wt%, a composite material and a mixed material thereof, (60) wt% of P material, 10 to 70 (40) wt% of P material, 30 to 90 wt% of B material and 60 wt% of C material Wherein the purifying functional material is at least one of a Z material (zeolite), an O material (OR powder), a RH material B material, B material 30 to 90 (60) weight% and Z material 10 to 70 (40) weight%, B material, RS material, CO material, WT material, AC material, BZ material, BO material, BCZ material, 30 to 90 (60) wt%, O material 10 to 70 (40) wt%, B material 30 to 90 (60) wt% and C material 5 to 35 (20) (20) wt%, B material 30 to 90 (60) wt% and C material 5 to 35 (20) wt% and O material 5 to 35 (20) wt% More than one.

Wherein the general receiving material is at least one of a B material, a BC material, a B material 30 to 90 (60) wt%, a C material 10 to 70 (40) wt%, a composite material and a mixed material thereof, Wherein the at least one material selected from the group consisting of P material, BP material, CP material, C material 30-90 (60) wt% and P material 10-70 (40) wt% , CP material, BCP material, B material 30-90 (60) wt%, P material 10-70 (40) wt%, B material 30-90 (60) wt% and C material 5-35 (20) wt% A BZ material, a BZ material, a BCZ material, a BCO material, a RH material, and a mixture material. At least one of a material, an RS material, a CO material, a WT material, an AC material, a Z material 30-90 (60) wt% and an O material 10-70 (40) wt%, a composite material and a mixed material thereof, The material may be one of a BC material, a BCP material, a BCZ material, a BCO material, a composite material, It is a prize. Wherein the water-repellent material has a permeability coefficient or hydraulic conductivity of 1 x 10 < -5 > to 1 x 10 < -10 > cm / sec or imperfect impermeability, 15 cm / sec or completely impermeable.

When one of the bentotex, bentosite, and bentotex sheet is installed, one of the bentotex, bentosite, and bentotex sheet is installed alone, or one of bentotex, bentosite, and bentotex sheet is installed, Or one or more of a film, a woven fabric, or a nonwoven fabric may be provided on the top, or one or more of a bento mixture, a bento spray, a gas layer, a cover layer, a drain layer, a clean layer, an HDPE sheet, an EPDM sheet, Bento spray, a gas layer, a cover layer, a drain layer, a clean layer, an HDPE sheet, an EPDM sheet, or the like on a surface or an upper surface thereof, Sheet, other sheet, film, woven fabric, nonwoven fabric.

The present invention will now be described with reference to Figures 1, 2 and 3 to illustrate the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing a process for producing a bentotex, a bentosite and a bentotex sheet according to the present invention. Here, the production of bentotex is performed by using the material, the woven fabric, and the nonwoven fabric using the material reservoir 11, the material loading hopper 12, the material stirrer 13, the direct dowel 14, the material distributor 15, , A needle punching machine (17), a roll punching machine (16), a needle punching machine (17), and a roll forming machine (22), wherein the material is stored in a material reservoir where the material reservoir Wherein at least two of the material feeding hoppers are provided when the material or the stored material is put into the material feeding hopper and the material or the stored materials are two or more kinds and the material or the stored material or the charged material is the material And agitated in an agitator, 1) a woven fabric is laid out from the drip stalks, 2) the agitated material is spread by a material spreader on top of the laid woven fabric, 3) a nonwoven fabric The nonwoven fabric is laid by the extruder and at least one of the above 1), 2) and 3) is subjected to the primary, secondary or nth order, or the above 1), 2), 3), 2) Wherein the material punched on the woven fabric and the nonwoven fabric laid on the woven fabric are needle-punched by a needle punching machine to be integrated, and the needle punched product is rolled by a roll- So that a benttex car wash or waterproofing material is manufactured.

Here, the manufacture of the bento sheet is made by the above-mentioned material, the material reservoir using the HDPE sheet, the material hopper, the material stirrer, the HDPE sheet putter, the material injector, the roller presser, Wherein the material is stored in a material reservoir, wherein two or more material reservoirs are provided, wherein the material or stored material is introduced into a material input hopper, wherein the material or the stored material is at least two The material or the stored material or the charged material is stirred in the material stirrer, and 1) the HDPE sheet is installed from the HDPE sheet, and 2) one or both sides of the installed HDPE sheet , The agitated material is sprayed in the same manner as the adhesive 20 by the material injector, and at least one of the steps 1) and 2) Or secondarily or nthly, the material injected into the HDPE sheet is attached and integrated with the HDPE sheet together with the adhesive 20, the material attached to the HDPE sheet is squeezed by the roller press, The rolled product is rolled into rolls to produce a bentosheet car wash or waterproofing material.

Here, the production of the bentotex sheet is performed by using the material, the woven fabric, the nonwoven fabric, the HDPE sheet, the material reservoir 11, the material loading hopper 12, the material stirrer 13, the direct dowel 14, Manufactured by an apparatus constituted by at least one of a nonwoven fabric extruder 16, a needle puncher 17, an HDPE sheet extruder 18, a material injector 19, a roller press 21 and a roll product machine 22 A) First, a 2 to 20 mm thick benttex car wash or waterproofing material is manufactured by a device consisting of at least one of a material reservoir, a material hopper, a material stirrer, a drip pan, a material spreader, a nonwoven planter, and a needle puncher , And then the HDPE sheet (s) on one or both sides of the bentotex previously prepared by a device consisting of a material reservoir, a material hopper, a material stirrer, an HDPE sheet setter, a material injector, a needle puncher, a roller press, The HDPE sheet is laid by the extruder The material is sprayed on the upper part of the material, and the bento sheet is sewn on the benttex by the needle punching machine, Laura press or the like, and is made into roll product by the roll product machine. B) by means of a device consisting of at least one of a material reservoir, a material hopper, a material stirrer, a drip stopper, a material spreader, a nonwoven extruder or a needle puncher, A car wash or a waterproofing material is manufactured and then the raw material is mixed with a raw material such as a raw material such as a raw material, a raw material hopper, a material stirrer, an HDPE sheet throwing device, a material injector, a needle punching device, The material is sprayed on one side or both sides of the material by a material sprayer, and an HDPE sheet is laid on the upper side thereof by an HDPE sheet laid- A bento-sheet sheet carburizing material or a waterproofing material having a thickness of 3 to 30 mm is produced from the bento sheet by sewing, adhering, and pressing the bento sheet by means of a roll punching machine, A 1 to 10 mm thick bentosheet carburst or waterproofing material is produced by a device consisting of one or more of a material reservoir, a material loading hopper, a material stirrer, an HDPE sheet setter, a material injector, a needle punching machine, , By a fabric spreader on one side or both sides of a bentosheet manufactured by a device composed of at least one of a material hopper, a material stirrer, a kneading machine, a material spreader, a nonwoven laying machine, a needle punching machine, A woven fabric is laid, the material is spread by a material spreader on the upper side, and a nonwoven fabric is laid on the upper side by a nonwoven fabric- And all of these are sewn, adhered, and pressed by a needle punching machine, a Laura press, etc., and rolled by a roll machine to produce a 3 to 30 mm thick benttex sheet carburst or waterproofing material.

Fig. 2 is a schematic view showing the construction of the waste landfill 9 according to the present invention. Fig. 2 is a schematic view showing the construction of a waste landfill according to the present invention. (8). ≪ / RTI > In this study, a groundwater drainage layer was installed at the bottom of a landfill, a water tank, a waterproofing material, a water layer, a waterproof layer and a leachate drainage layer were laid on the bottom of the landfill, a groundwater drainage layer was installed on the slope, , A waterproof layer is laid, and a leachate drainage layer is laid on the upper part. A waste layer and a gas layer are disposed thereon, and a car water layer, a waterproof layer, a water layer, a waterproof layer and a leachate drain layer are installed thereon. This example shows the application of this.

Fig. 3 is a schematic view showing the construction of a pond according to the present invention, a water tank 1, a waterproofing material 2, a water layer 3, a waterproof layer 4, a gas layer 5, a cover layer 6, Fig. 6 is a schematic view showing the application of the purification layer 8; Fig. The figure shows an application example in which a bottom groundwater drainage layer is installed at the bottom of a pond and pond, a cargo material, a waterproofing material, a water layer, a waterproof layer, and a superficial layer or a clean layer are installed thereon.

4 is a schematic view showing a process for producing a bentotex, a bentosite, and a bentotex sheet to which at least one of a film and a protective material according to the present invention is attached. And FIG. 5 is a schematic view showing a benttex, a bentosite, and a bentotex sheet to which at least one of a film and a protective material according to the present invention is attached. In the present invention, at least one of the film (30) and the protective material (31) is attached to one side or both sides of one of the bentotex, bentosite and bentotex sheet, Wherein the protective material is selected from the group consisting of a mortar, a paste, a cement, a concrete, a remicon, an acrylic, a urethane, a polymer, a rubber, a plastic, a woven fabric, Grid, Geocell, Geotextile, Geotextile, Geotextile, Geotextile, Geotextile, Geotextile, Geotextile, Geotextile, Geotextile A geocell, a gravel input geocell, an aggregate input geocell, a recycled aggregate input geocell, a slag input geocell, a mixture input geocell, or a fiber containing, reinforced, And, the shape of the protective material is one of a plate, sheet type, board type, matte type, sheet-type, bar-type, roll type, the roll sheet-like, granular, powder type, powder type, solution type, aeksanghyeong, jet type or other type.

FIG. 6 is a schematic view showing application of bentotex, bentosite, bentotex sheet and mixture-introduced geocell according to the present invention. When benttex, bentosite or bentotex sheet is laid on the floor, mortar, paste, cement, concrete, remicon, acrylic, urethane, polymer, rubber, plastic, woven fabric, nonwoven fabric, , Polymer composites, protective materials, board protectors, hard board protectors, soft board protectors, wire meshes, wire nets, diaphragms, grids, geogrids and geocomposites. When the benttex, bentosite or bentotex sheet is installed on the slope, it is used as a substitute for protecting it or as a substitute for the waste tires installed on the slope of the landfill. The slope of the drawing may be, for example, a geocell, an aggregate input geocell, a recycled aggregate input geocell, a slag input geocell, a mixture input geocell or the like. It is a geocell.

1: Car Raw Material 2: Waterproofing material
3: aquifer layer 4: waterproof layer
5: gas layer 6: superficial layer
7: Drainage layer 8: Purification layer
9: Waste landfill 10: Pond, Fond
11: material storage tank 12: material feeding hopper
13: Material stirrer 14:
15: material spreader 16: nonwoven laying machine
17: Needle puncher 18: HDPE sheet throwing machine
19: Material injector 20: Adhesive
21: Roller compactor 22: Roll product machine
30: Film 31: Protection material
32: Geocell 33: Mixture

Claims (15)

A) a) a material is embedded between a woven fabric and a nonwoven fabric, and then one of the following materials is stitched, grooved, scored, topped, stitched, punched, needle punched, stitched, sewed, stapled or stapled; b) Fabricated to a thickness of 2 to 20 mm by a device consisting of one or more of a material reservoir, a material hopper, a material stirrer, a drip stopper, a material spreader, a nonwoven extruder, a needle puncher, c) the material is stored in a material reservoir, wherein two or more material reservoirs are provided, wherein the material or the stored material is introduced into a material input hopper, wherein the material or stored material In the case of two or more kinds of materials, two or more material feeding hoppers are provided, and the material or the stored material or the charged material is stirred in a material stirrer, and 1) 3) the nonwoven fabric is laid on top of the applied material by means of a nonwoven fabric slinger, and 3) the nonwoven fabric is laid on the top of the laid nonwoven fabric, Or one or more of the steps 1), 2), or n-th steps, or the steps 1), 2), 3) The nonwoven fabric laid on the laid material and the upper surface thereof is needle-punched by a needle punching machine to be unified, and the needle punched product is one of those produced by rolling a roll product,
B) a) If the permeability coefficient or hydraulic conductivity is in the range of 1 × 10 ^ (-5) to 1 × 10 ^ (- 10) cm /
b) Waterproofing, waterproofing, waterproofing, waterproofing, waterproofing, waterproofing, waterproofing, waterproofing,
As a result,
Wherein the predetermined material is at least 100% by weight of at least one material selected from the group consisting of an expandable functional material, a binding gel functional material, a hydrogel functional material, a purification functional material, a general accommodating material, a flow accommodating material, a salt water material, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt%, and 10 wt% to 10 wt%, 11 wt% Composition, composition, composition, composition, composition, and the like in a ratio of 81 to 90 wt%, 91 to 100 wt%, or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt% Characterized in that the mixture is one of a mixture, a mixture, a mixture,
A) a) a material is embedded between a woven fabric and a nonwoven fabric, and then one of the following materials is stitched, grooved, scored, topped, stitched, punched, needle punched, stitched, sewed, stapled or stapled; b) Fabricated to a thickness of 2 to 20 mm by a device consisting of one or more of a material reservoir, a material hopper, a material stirrer, a drip stopper, a material spreader, a nonwoven extruder, a needle puncher, c) the material is stored in a material reservoir, wherein two or more material reservoirs are provided, wherein the material or the stored material is introduced into a material input hopper, wherein the material or stored material In the case of two or more kinds of materials, two or more material feeding hoppers are provided, and the material or the stored material or the charged material is stirred in a material stirrer, and 1) 3) the nonwoven fabric is laid on top of the applied material by means of a nonwoven fabric slinger, and 3) the nonwoven fabric is laid on the top of the laid nonwoven fabric, Or one or more of the steps 1), 2), or n-th steps, or the steps 1), 2), 3) The nonwoven fabric laid on the laid material and the upper surface thereof is needle-punched by a needle punching machine to be unified, and the needle punched product is one of those produced by rolling a roll product,
B) a) If the permeability coefficient or hydraulic conductivity is in the range of 1 × 10 ^ (-5) to 1 × 10 ^ (- 10) cm /
b) The water permeability coefficient or the hydraulic conductivity is in the range of 1 × 10 ^ (- 7) ~ 1 × 10 ^ (- 15) cm /
(C) the one or more of the expandable functional material, the binding gel functional material, the hydrogel functional material, the purification functional material, the general accommodating material, the flow accommodating material, the salt water material, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt% , 81 to 90 wt%, 91 to 100 wt% or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt%, 80 wt% In the benttex which is one of the blend, blend, blend,
Wherein the inflating functional material is one of a B material, a BP material, 30-90 wt% of B material, 10-70 wt% of P material, 60 wt% of B material and 40 wt% of P material,
Wherein the binding gel functional material is one of C material or CM powder, BC material, 30-90 wt% of B material, 10-70 wt% of C material, 60 wt% of B material and 40 wt% of C material,
Wherein the hydrogel functional material comprises a P material or a PM powder, a BP material, a BCP material, 30-90 wt% of a B material and 10-70 wt% of a P material, 60 wt% of a B material and 40 wt% of a P material, 90% by weight of C material, 5 to 35% by weight of P material, 60% by weight of B material, 20% by weight of C material and 20% by weight of P material,
Wherein the purifying functional material comprises Z material, O material or OR powder, BZ material, BO material, BCZ material, BCO material, 30-90 wt% of B material, 10-70 wt% of Z material, 60 wt% of B material, 30 to 90 weight% of B material, 10 to 70 weight% of O material, 60 weight% of B material and 40 weight% of O material, 30 to 90 weight% of B material, 5 to 35 weight% of C material and Z material 5 to 35% by weight of B material, 20% by weight of C material and 20% by weight of Z material, 30 to 90% by weight of B material and 5 to 35% 60 wt%, 20 wt% of C material and 20 wt% of O material,
The general receiving material is one of a B material and a BC material,
The flow-accepting material is one of a C material and a BC material,
The salt water-based material is one of a BP material and a BCP material,
Wherein the contamination-accepting material comprises 30 to 90 wt% of BZ material, 10 to 70 wt% of AC material, BZ material, BZ material, BC material, BO material, BCO material, RH material, RS material, CO material, WT material, AC material, 60% by weight of a BO material, 40% by weight of an AC material, 30-90% by weight of a BO material and 10-70% by weight of an RH material,
The other receiving material is one of a BC material, a BCP material, a BCZ material, and a BCO material,
The B material is 100 weight percent bentonite or bentonite,
The P material or the PM powder is a mixture of a hydrogel material, a polymeric polymer, sodium polyacrylate, polyacrylate, polyacrylic acid, 30 to 90% by weight of polyacrylate and 10 to 70% by weight of polyacrylic acid , ≪ / RTI >
The C material or the CM powder may contain CaMg powder, a binding gel material, a calcium single substance or complex of Ca, a magnesium single substance or complex of Mg, Ca 30-90 (60) wt% and Mg 10-70 (40) , ≪ / RTI >
Wherein the Z material is zeolite,
The O material or the OR powder may be selected from the group consisting of oxidation & reduction powder, redox purification material, iron powder, scrap metal, waste iron, powdered iron, iron oxide, reduced iron, iron powder, zero valent iron, slag, steel slag, blast furnace slag, (60) by weight of iron, 10-70 (40)% by weight of iron powder, metal slag, crushed slag, crushed slag, iron powder, steelmaking dust,
The BC material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of CM powder or 95% by weight of bentonite and 5% by weight of CM powder,
The BP material is a mixture of 97 to 99.9% by weight of bentonite, 0.1 to 3% by weight of the PM powder or 99% by weight of bentonite and 1% by weight of the PM powder,
The BZ material is a mixture of 90-99% by weight of bentonite, 1 - 10% by weight of zeolite or 95% by weight of bentonite and 5% by weight of zeolite,
The BO material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of OR powder, 95% by weight of bentonite and 5% by weight of OR powder,
The RH material is rice husks or rice husks,
The RS material is rice straw or rice straw,
Wherein the CO material is coarse or coir,
The WT material is a waste tire or a waste tire,
The AC material is activated carbon or activated carbon,
The BCP material is a mixture of 87 to 98.9 wt% of bentonite, 1 to 10 wt% of the CM powder, 0.1 to 3 wt% of the PM powder or 94 wt% of bentonite, 5 wt% of the CM powder and 1 wt% of the PM powder ,
The BCZ material is a mixture of 80 to 98 wt% of bentonite, 1 to 10 wt% of CM powder, 1 to 10 wt% of zeolite or 90 wt% of bentonite, 5 wt% of CM powder and 5 wt% of zeolite,
The BCO material is a mixture of 80 to 98% by weight of bentonite, 1 to 10% by weight of the CM powder, 1 to 10% by weight of the OR powder or 90% by weight of bentonite, 5% by weight of the CM powder and 5% ≪ RTI ID = 0.0 >
A) a) a material is embedded between a woven fabric and a nonwoven fabric, and then one of the following materials is stitched, grooved, scored, topped, stitched, punched, needle punched, stitched, sewed, stapled or stapled; b) Fabricated to a thickness of 2 to 20 mm by a device consisting of one or more of a material reservoir, a material hopper, a material stirrer, a drip stopper, a material spreader, a nonwoven extruder, a needle puncher, c) the material is stored in a material reservoir, wherein two or more material reservoirs are provided, wherein the material or the stored material is introduced into a material input hopper, wherein the material or stored material In the case of two or more kinds of materials, two or more material feeding hoppers are provided, and the material or the stored material or the charged material is stirred in a material stirrer, and 1) 3) the nonwoven fabric is laid on top of the applied material by means of a nonwoven fabric slinger, and 3) the nonwoven fabric is laid on the top of the laid nonwoven fabric, Or one or more of the steps 1), 2), or n-th steps, or the steps 1), 2), 3) The nonwoven fabric laid on the laid material and the upper surface thereof is needle-punched by a needle punching machine to be unified, and the needle punched product is one of those produced by rolling a roll product,
B) a) If the permeability coefficient or hydraulic conductivity is in the range of 1 × 10 ^ (-5) to 1 × 10 ^ (- 10) cm /
b) The water permeability coefficient or the hydraulic conductivity is in the range of 1 × 10 ^ (- 7) ~ 1 × 10 ^ (- 15) cm /
(C) the one or more of the expandable functional material, the binding gel functional material, the hydrogel functional material, the purification functional material, the general accommodating material, the flow accommodating material, the salt water material, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt% , 81 to 90 wt%, 91 to 100 wt% or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt%, 80 wt% , Mixing, mixing, or mixing,
D) a) the inflating functional material is one of B material, BP material, 30-90 wt% B material, 10-70 wt% P material, 60 wt% B material and 40 wt%
b) the binding gel functional material is one of C material or CM powder, BC material, 30-90 wt% of B material, 10-70 wt% of C material, 60 wt% of B material and 40 wt% of C material,
c) the hydrogel functional material comprises a P material or a PM powder, a BP material, a BCP material, 30-90 wt% of a B material, 10-70 wt% of a P material, 60 wt% of a B material and 40 wt% of a P material, From 5 to 35% by weight of C material, from 5 to 35% by weight of P material, from 60% by weight of B material, from 20% by weight of C material and from 20% by weight of P material,
d) 30 to 90% by weight of the B material, 10 to 70% by weight of the Z material, 60% by weight of the B material, and 10 to 70% by weight of the Z material, O material or OR powder, BZ material, BO material, BCZ material, 40% by weight of the Z material, 30 to 90% by weight of the B material and 10 to 70% by weight of the O material, 60% by weight of the B material and 40% by weight of the O material, 30 to 90% 5 to 35% by weight of Z material, 60% by weight of B material, 20% by weight of C material, 20% by weight of Z material, 30 to 90% by weight of B material and 5 to 35% 60% by weight of the B material, 20% by weight of the C material and 20% by weight of the O material,
e) the general receiving material is one of a B material and a BC material,
f) said flow-accepting material is one of a C material and a BC material,
g) The salt water-based material is one of a BP material and a BCP material,
h) 30 to 90% by weight of the BZ material, 10 to 70% by weight of the AC material, 10 to 70% by weight of the BZ material, BCZ material, BO material, BCO material, RH material, RS material, CO material, WT material, 60% by weight of BZ material, 40% by weight of AC material, 30-90% by weight of BO material and 10-70% by weight of RH material, 60% by weight of BO material and 40%
i) the other receiving material is one of BC material, BCP material, BCZ material and BCO material,
j) said B material is 100% by weight of bentonite or bentonite,
k) The P material or PM powder is a mixture of 30 to 90% by weight of a hydrogel material, a polymeric polymer, sodium polyacrylate, polyacrylate, polyacrylic acid, polyacrylate and 60 to 40% by weight of polyacrylic acid %, ≪ / RTI >
l) The C material or CM powder is a CaMg powder, a binding gel material, a calcium single or complex of Ca, a magnesium single or complex of Mg, Ca 30-90 (60) wt% and Mg 10-70 (40) Calcium magnesium complex,
m) said Z material is zeolite,
n) The O material or the OR powder may be selected from the group consisting of oxidation & reduction powder, oxidation-reduction purifying material, iron powder, scrap metal, waste iron, powdered iron, iron oxide, reduced iron, iron powder, galvanized iron, slag, steelmaking slag, (60)% by weight of iron and 10 to 70% by weight of iron (40) by weight;
o) The BC material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of CM powder or 95% by weight of bentonite and 5% by weight of CM powder,
p) The BP material is a mixture of 97 to 99.9% by weight of bentonite, 0.1 to 3% by weight of the PM powder or 99% by weight of bentonite and 1%
q) said BZ material is a mixture of 90-99 wt% bentonite, 1-10 wt% zeolite or 95 wt% bentonite and 5 wt% zeolite,
r) The BO material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of OR powder or 95% by weight of bentonite and 5% by weight of OR powder,
s) The RH material is rice hull or rice husks,
t) The RS material is rice straw or rice straw,
u) said CO material is coir or coir,
v) said WT material is a waste tire or waste tire,
w) said AC material is activated carbon or activated carbon,
x) The BCP material is a mixture of 87 to 98.9% by weight of bentonite, 1 to 10% by weight of the CM powder, 0.1 to 3% by weight of the PM powder or 94% by weight of bentonite, 5% by weight of the CM powder and 1% / RTI >
y) The BCZ material is a mixture of 80 to 98 wt% of bentonite, 1 to 10 wt% of CM powder, 1 to 10 wt% of zeolite or 90 wt% of bentonite, 5 wt% of CM powder and 5 wt% of zeolite,
z) the BCO material comprises 80 to 98% by weight of bentonite, 1 to 10% by weight of CM powder, 1 to 10% by weight of OR powder or 90% by weight of bentonite, 5% by weight of CM powder and 5% In the mixture of bentex,
The B-material is one of sodium bicarbonate, volcanic ash, one of which is hydrated and expanded to 15 to 30 times in ordinary water, and a plurality of layers of silica and alumina are laminated,
The C material has one of bindability, solidification and solidification due to Ca and Mg components belonging to itself, Ca and Mg meet with water and carbon dioxide, and Ca (OH) 2, Mg (OH) 2, CaCO3 , to which the hydroxide or carbonate, the water formed, such as MgCO3, Ca component and the Mg component is SiO ₂ component, Al ₂ O ₃ component and the reaction of calcium compound of calcium silicate hydrate of the CSH, a magnesium compound of the MSH magnesium silicate hydrate, CAH Of the calcium compound of calcium aluminate hydrate, the magnesium compound of magnesium aluminate hydrate of MAH,
The calcium single substance of Ca is Ca, and the calcium compound of Ca is a mixture of Ca and other substances such as CaSO4,
The magnesium single substance of Mg is Mg, and the magnesium composite of Mg is a mixture of Mg and other substances such as MgSO4,
The O material has a function of reducing or oxidizing the contaminants which come into contact with itself while oxidizing or reducing the O material to decompose and detoxify the contaminants to purify the contaminants,
The P material is an anionic powder, one of which is a hydrogel (H) of a hydrogen ion which is a positive charge (+) of H ₂ O constituting a brine in its negative charge (-) is bound to form a hydrogel having a binding force / RTI >
The Z material is one of natural clay minerals, one of which is charged with anionic negative charge (-) on the surface of the particles to strongly adsorb and purify heavy metals and polluted cations,
The RH material, the RS material, the CO material, the WT material, and the AC material have a function of purifying contaminants, polluted water, and polluted air by adsorption, decomposition, reaction, removal, and the like. Characterized in that it has the form of particles, powders, powders, chips, rods, bars, flakes, powders and grids in the form of particles,
A) a) a material is embedded between a woven fabric and a nonwoven fabric, and then one of the following materials is stitched, grooved, scored, topped, stitched, punched, needle punched, stitched, sewed, stapled or stapled; b) Fabricated to a thickness of 2 to 20 mm by a device consisting of one or more of a material reservoir, a material hopper, a material stirrer, a drip stopper, a material spreader, a nonwoven extruder, a needle puncher, c) the material is stored in a material reservoir, wherein two or more material reservoirs are provided, wherein the material or the stored material is introduced into a material input hopper, wherein the material or stored material In the case of two or more kinds of materials, two or more material feeding hoppers are provided, and the material or the stored material or the charged material is stirred in a material stirrer, and 1) 3) the nonwoven fabric is laid on top of the applied material by means of a nonwoven fabric slinger, and 3) the nonwoven fabric is laid on the top of the laid nonwoven fabric, Or one or more of the steps 1), 2), or n-th steps, or the steps 1), 2), 3) The nonwoven fabric laid on the laid material and the upper surface thereof is needle-punched by a needle punching machine to be unified, and the needle punched product is one of those produced by rolling a roll product,
B) a) If the permeability coefficient or hydraulic conductivity is in the range of 1 × 10 ^ (-5) to 1 × 10 ^ (- 10) cm /
b) The water permeability coefficient or the hydraulic conductivity is in the range of 1 × 10 ^ (- 7) ~ 1 × 10 ^ (- 15) cm /
(C) the one or more of the expandable functional material, the binding gel functional material, the hydrogel functional material, the purification functional material, the general accommodating material, the flow accommodating material, the salt water material, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt% , 81 to 90 wt%, 91 to 100 wt% or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt%, 80 wt% , Mixing, mixing, or mixing,
D) a) the inflating functional material is one of B material, BP material, 30-90 wt% B material, 10-70 wt% P material, 60 wt% B material and 40 wt%
b) the binding gel functional material is one of C material or CM powder, BC material, 30-90 wt% of B material, 10-70 wt% of C material, 60 wt% of B material and 40 wt% of C material,
c) the hydrogel functional material comprises a P material or a PM powder, a BP material, a BCP material, 30-90 wt% of a B material, 10-70 wt% of a P material, 60 wt% of a B material and 40 wt% of a P material, From 5 to 35% by weight of C material, from 5 to 35% by weight of P material, from 60% by weight of B material, from 20% by weight of C material and from 20% by weight of P material,
d) 30 to 90% by weight of the B material, 10 to 70% by weight of the Z material, 60% by weight of the B material, and 10 to 70% by weight of the Z material, O material or OR powder, BZ material, BO material, BCZ material, 40% by weight of the Z material, 30 to 90% by weight of the B material and 10 to 70% by weight of the O material, 60% by weight of the B material and 40% by weight of the O material, 30 to 90% 5 to 35% by weight of Z material, 60% by weight of B material, 20% by weight of C material, 20% by weight of Z material, 30 to 90% by weight of B material and 5 to 35% 60% by weight of the B material, 20% by weight of the C material and 20% by weight of the O material,
e) the general receiving material is one of a B material and a BC material,
f) said flow-accepting material is one of a C material and a BC material,
g) The salt water-based material is one of a BP material and a BCP material,
h) 30 to 90% by weight of the BZ material, 10 to 70% by weight of the AC material, 10 to 70% by weight of the BZ material, BCZ material, BO material, BCO material, RH material, RS material, CO material, WT material, 60% by weight of BZ material, 40% by weight of AC material, 30-90% by weight of BO material and 10-70% by weight of RH material, 60% by weight of BO material and 40%
i) the other receiving material is one of BC material, BCP material, BCZ material and BCO material,
j) said B material is 100% by weight of bentonite or bentonite,
k) The P material or PM powder is a mixture of 30 to 90% by weight of a hydrogel material, a polymeric polymer, sodium polyacrylate, polyacrylate, polyacrylic acid, polyacrylate and 60 to 40% by weight of polyacrylic acid %, ≪ / RTI >
l) The C material or CM powder is a CaMg powder, a binding gel material, a calcium single or complex of Ca, a magnesium single or complex of Mg, Ca 30-90 (60) wt% and Mg 10-70 (40) Calcium magnesium complex,
m) said Z material is zeolite,
n) The O material or the OR powder may be selected from the group consisting of oxidation & reduction powder, oxidation-reduction purifying material, iron powder, scrap metal, waste iron, powdered iron, iron oxide, reduced iron, iron powder, galvanized iron, slag, steelmaking slag, (60)% by weight of iron and 10 to 70% by weight of iron (40) by weight;
o) The BC material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of CM powder or 95% by weight of bentonite and 5% by weight of CM powder,
p) The BP material is a mixture of 97 to 99.9% by weight of bentonite, 0.1 to 3% by weight of the PM powder or 99% by weight of bentonite and 1%
q) said BZ material is a mixture of 90-99 wt% bentonite, 1-10 wt% zeolite or 95 wt% bentonite and 5 wt% zeolite,
r) The BO material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of OR powder or 95% by weight of bentonite and 5% by weight of OR powder,
s) The RH material is rice hull or rice husks,
t) The RS material is rice straw or rice straw,
u) said CO material is coir or coir,
v) said WT material is a waste tire or waste tire,
w) said AC material is activated carbon or activated carbon,
x) The BCP material is a mixture of 87 to 98.9% by weight of bentonite, 1 to 10% by weight of the CM powder, 0.1 to 3% by weight of the PM powder or 94% by weight of bentonite, 5% by weight of the CM powder and 1% / RTI >
y) The BCZ material is a mixture of 80 to 98 wt% of bentonite, 1 to 10 wt% of CM powder, 1 to 10 wt% of zeolite or 90 wt% of bentonite, 5 wt% of CM powder and 5 wt% of zeolite,
z) the BCO material comprises 80 to 98% by weight of bentonite, 1 to 10% by weight of CM powder, 1 to 10% by weight of OR powder or 90% by weight of bentonite, 5% by weight of CM powder and 5% / RTI >
The B-material is one of sodium bicarbonate, volcanic ash, one of which is hydrated and expanded to 15 to 30 times in ordinary water, and a plurality of layers of silica and alumina are laminated,
The C material has one of bindability, solidification and solidification due to Ca and Mg components belonging to itself, Ca and Mg meet with water and carbon dioxide, and Ca (OH) 2, Mg (OH) 2, CaCO3 , to which the hydroxide or carbonate, the water formed, such as MgCO3, Ca component and the Mg component is SiO ₂ component, Al ₂ O ₃ component and the reaction of calcium compound of calcium silicate hydrate of the CSH, a magnesium compound of the MSH magnesium silicate hydrate, CAH Of the calcium compound of calcium aluminate hydrate, the magnesium compound of magnesium aluminate hydrate of MAH,
The calcium single substance of Ca is Ca, and the calcium compound of Ca is a mixture of Ca and other substances such as CaSO4,
The magnesium single substance of Mg is Mg, and the magnesium composite of Mg is a mixture of Mg and other substances such as MgSO4,
The O material has a function of reducing or oxidizing the contaminants which come into contact with itself while oxidizing or reducing the O material to decompose and detoxify the contaminants to purify the contaminants,
The P material is an anionic powder, one of which is a hydrogel (H) of a hydrogen ion which is a positive charge (+) of H ₂ O constituting a brine in its negative charge (-) is bound to form a hydrogel having a binding force / RTI >
The Z material is one of natural clay minerals, one of which is charged with anionic negative charge (-) on the surface of the particles to strongly adsorb and purify heavy metals and polluted cations,
The RH material, the RS material, the CO material, the WT material, and the AC material have a function of purifying contaminants, polluted water and polluted air by adsorption, decomposition, reaction, removal, etc., In the form of particles, powders, powders, chips, rods, bars, flakes, powders, or grids of the benttex,
At least one of a film and a protective material may be attached to one side or both sides of the benttex, one of adhesion, no installation, and no installation,
Wherein at least one of the film and the protecting material is one of a film, a protecting material, a film protecting material,
When a film is adhered to or adhered to one or both surfaces of the bentotex, the bentotex becomes a film-attached or a built-up bentotex,
When a protective material is adhered to or adhered to one or both surfaces of the bentotex, the bentotex becomes a protective material-attached type or a built-up type bentotex,
When a film and a protective material are adhered to or adhered to one or both surfaces of the bentotex, the bentotex becomes a film protective material, a protective film-attached type, or a built-
The protective material may be a mortar, a paste, a cement, a concrete, a concrete, a concrete, a urethane, a polymer, a rubber, a plastic, a woven fabric, a nonwoven fabric, a sheet, a polymer synthetic material, Geocell, Gravel input, Geocell, Geocell, Geocomposite, Waste tire, Waste tire chip, Geocell, Sand input geocell, Gravel input Geocell, Geocell, Geocell, Geocomposite Cell, slag charging geocell, mixture charging geocell, or one of the above containing or reinforced or charged fibers,
The protective material may be in the form of plate, plate, board, mat, sheet, bar, roll, roll sheet, particle, powder,
The installation of the benttex is characterized in that the rolled product is laid by gravity, or a bar or a rod is put in the center hollow portion of the roll product and the bar or the rod is mounted on a gravitational force or a crane equipment, Functional Bentex
A) a) a material is embedded between a woven fabric and a nonwoven fabric, and then one of the following materials is stitched, grooved, scored, topped, stitched, punched, needle punched, stitched, sewed, stapled or stapled; b) Fabricated to a thickness of 2 to 20 mm by a device consisting of one or more of a material reservoir, a material hopper, a material stirrer, a drip stopper, a material spreader, a nonwoven extruder, a needle puncher, c) the material is stored in a material reservoir, wherein two or more material reservoirs are provided, wherein the material or the stored material is introduced into a material input hopper, wherein the material or stored material In the case of two or more kinds of materials, two or more material feeding hoppers are provided, and the material or the stored material or the charged material is stirred in a material stirrer, and 1) 3) the nonwoven fabric is laid on top of the applied material by means of a nonwoven fabric slinger, and 3) the nonwoven fabric is laid on the top of the laid nonwoven fabric, Or one or more of the steps 1), 2), or n-th steps, or the steps 1), 2), 3) The nonwoven fabric laid on the laid material and the upper surface thereof is needle-punched by a needle punching machine to be unified, and the needle punched product is one of those produced by rolling a roll product,
B) a) If the permeability coefficient or hydraulic conductivity is in the range of 1 × 10 ^ (-5) to 1 × 10 ^ (- 10) cm /
b) The water permeability coefficient or the hydraulic conductivity is in the range of 1 × 10 ^ (- 7) ~ 1 × 10 ^ (- 15) cm /
(C) the one or more of the expandable functional material, the binding gel functional material, the hydrogel functional material, the purification functional material, the general accommodating material, the flow accommodating material, the salt water material, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt% , 81 to 90 wt%, 91 to 100 wt% or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt%, 80 wt% , Mixing, mixing, or mixing,
D) a) the inflating functional material is one of B material, BP material, 30-90 wt% B material, 10-70 wt% P material, 60 wt% B material and 40 wt%
b) the binding gel functional material is one of C material or CM powder, BC material, 30-90 wt% of B material, 10-70 wt% of C material, 60 wt% of B material and 40 wt% of C material,
c) the hydrogel functional material comprises a P material or a PM powder, a BP material, a BCP material, 30-90 wt% of a B material, 10-70 wt% of a P material, 60 wt% of a B material and 40 wt% of a P material, From 5 to 35% by weight of C material, from 5 to 35% by weight of P material, from 60% by weight of B material, from 20% by weight of C material and from 20% by weight of P material,
d) 30 to 90% by weight of the B material, 10 to 70% by weight of the Z material, 60% by weight of the B material, and 10 to 70% by weight of the Z material, O material or OR powder, BZ material, BO material, BCZ material, 40% by weight of the Z material, 30 to 90% by weight of the B material and 10 to 70% by weight of the O material, 60% by weight of the B material and 40% by weight of the O material, 30 to 90% 5 to 35% by weight of Z material, 60% by weight of B material, 20% by weight of C material, 20% by weight of Z material, 30 to 90% by weight of B material and 5 to 35% 60% by weight of the B material, 20% by weight of the C material and 20% by weight of the O material,
e) the general receiving material is one of a B material and a BC material,
f) said flow-accepting material is one of a C material and a BC material,
g) The salt water-based material is one of a BP material and a BCP material,
h) 30 to 90% by weight of the BZ material, 10 to 70% by weight of the AC material, 10 to 70% by weight of the BZ material, BCZ material, BO material, BCO material, RH material, RS material, CO material, WT material, 60% by weight of BZ material, 40% by weight of AC material, 30-90% by weight of BO material and 10-70% by weight of RH material, 60% by weight of BO material and 40%
i) the other receiving material is one of BC material, BCP material, BCZ material and BCO material,
j) said B material is 100% by weight of bentonite or bentonite,
k) The P material or PM powder is a mixture of 30 to 90% by weight of a hydrogel material, a polymeric polymer, sodium polyacrylate, polyacrylate, polyacrylic acid, polyacrylate and 60 to 40% by weight of polyacrylic acid %, ≪ / RTI >
l) The C material or CM powder is a CaMg powder, a binding gel material, a calcium single or complex of Ca, a magnesium single or complex of Mg, Ca 30-90 (60) wt% and Mg 10-70 (40) Calcium magnesium complex,
m) said Z material is zeolite,
n) The O material or the OR powder may be selected from the group consisting of oxidation & reduction powder, oxidation-reduction purifying material, iron powder, scrap metal, waste iron, powdered iron, iron oxide, reduced iron, iron powder, galvanized iron, slag, steelmaking slag, (60)% by weight of iron and 10 to 70% by weight of iron (40) by weight;
o) The BC material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of CM powder or 95% by weight of bentonite and 5% by weight of CM powder,
p) The BP material is a mixture of 97 to 99.9% by weight of bentonite, 0.1 to 3% by weight of the PM powder or 99% by weight of bentonite and 1%
q) said BZ material is a mixture of 90-99 wt% bentonite, 1-10 wt% zeolite or 95 wt% bentonite and 5 wt% zeolite,
r) The BO material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of OR powder or 95% by weight of bentonite and 5% by weight of OR powder,
s) The RH material is rice hull or rice husks,
t) The RS material is rice straw or rice straw,
u) said CO material is coir or coir,
v) said WT material is a waste tire or waste tire,
w) said AC material is activated carbon or activated carbon,
x) The BCP material is a mixture of 87 to 98.9% by weight of bentonite, 1 to 10% by weight of the CM powder, 0.1 to 3% by weight of the PM powder or 94% by weight of bentonite, 5% by weight of the CM powder and 1% / RTI >
y) The BCZ material is a mixture of 80 to 98 wt% of bentonite, 1 to 10 wt% of CM powder, 1 to 10 wt% of zeolite or 90 wt% of bentonite, 5 wt% of CM powder and 5 wt% of zeolite,
z) the BCO material comprises 80 to 98% by weight of bentonite, 1 to 10% by weight of CM powder, 1 to 10% by weight of OR powder or 90% by weight of bentonite, 5% by weight of CM powder and 5% / RTI >
The B-material is one of sodium bicarbonate, volcanic ash, one of which is hydrated and expanded to 15 to 30 times in ordinary water, and a plurality of layers of silica and alumina are laminated,
The C material has one of bindability, solidification and solidification due to Ca and Mg components belonging to itself, Ca and Mg meet with water and carbon dioxide, and Ca (OH) 2, Mg (OH) 2, CaCO3 , to which the hydroxide or carbonate, the water formed, such as MgCO3, Ca component and the Mg component is SiO ₂ component, Al ₂ O ₃ component and the reaction of calcium compound of calcium silicate hydrate of the CSH, a magnesium compound of the MSH magnesium silicate hydrate, CAH Of the calcium compound of calcium aluminate hydrate, the magnesium compound of magnesium aluminate hydrate of MAH,
The calcium single substance of Ca is Ca, and the calcium compound of Ca is a mixture of Ca and other substances such as CaSO4,
The magnesium single substance of Mg is Mg, and the magnesium composite of Mg is a mixture of Mg and other substances such as MgSO4,
The O material has a function of reducing or oxidizing the contaminants which come into contact with itself while oxidizing or reducing the O material to decompose and detoxify the contaminants to purify the contaminants,
The P material is an anionic powder, one of which is a hydrogel (H) of a hydrogen ion which is a positive charge (+) of H ₂ O constituting a brine in its negative charge (-) is bound to form a hydrogel having a binding force / RTI >
The Z material is one of natural clay minerals, one of which is charged with anionic negative charge (-) on the surface of the particles to strongly adsorb and purify heavy metals and polluted cations,
The RH material, the RS material, the CO material, the WT material, and the AC material have a function of purifying contaminants, polluted water and polluted air by adsorption, decomposition, reaction, removal, etc., In the form of particles, powders, powders, chips, rods, bars, flakes, powders, or grids of the benttex,
The tensile strength of the bentotex according to the ASTM D4632 test method was 412 to 1361 N,
The elongation percentage of the bentotex according to the ASTM D4632 test method was 10.1 to 114%
The montmorillonite content of the bentonite or B material according to the methylene blue test method is 70 to 90%
The coefficient of expansion of the bentonite or B material according to the KS M3736 test method is 757 to 1250%
The degree of swelling according to ASTM D5890 is 28.5 ~ 35.7 (31.3) ml / 2g for BC material, 28.9 ~ 33.4 (30.8) ml / 2g for BCP material against brine and BCZ material 24.9 to 27.6 (26.5) ml / 2g, the BCO material is 25.5 to 27.4 (26.6) ml / 2g,
The viscosities of the BC material, the BCP material, the BCZ material and the BCO material according to the ASTM D6910 test method were 34-38 (36.2) cP, 40-45 (42.8) cP, 33-39 (35.4) cP, 33-37 34.2) cP,
The ratio of the initial initial concentration (Ci) to the post-test removal concentration (Cr) of the BCZ material by the Column Leaching Test or the Batch Sorption Test, (63%) of the heavy metals, 61 ~ 89 (74%) of the heavy metals and 63 ~ 72 (67%) of the heavy metals. ) ≪ / RTI >< RTI ID = 0.0 >%&
A) a) One or both sides of smooth, flat, flat, flat, flat, smooth, smooth, smooth or spike, nail, needle, dot, groove, needle, rugged grid, net, texture A certain material is attached or adhered to one side or both sides of the HDPE sheet on which one of the squeezing pattern, the sketch, the pattern, the projection, the friction projection, the concave point, the convex point, the concave groove, the convex groove, B) a material reservoir 11 using a material, an HDPE sheet, a material feed hopper (not shown), and a feed hopper (not shown) Manufactured to a thickness of 1 to 10 mm by an apparatus constituted by at least one of a material stirrer 12, a material stirrer 13, an HDPE sheet suspender 18, a material injector 19, a roller press 21, C) the material is stored in a material reservoir, wherein if the material is more than one, Two or more of the material feeding hoppers are provided, and the material or the stored material is put into a material feeding hopper, where two or more of the material feeding hoppers are provided if the material or the stored materials are two or more, The HDPE sheet is sprayed on the one side or both sides of the HDPE sheet by the spraying device such that the material is sprayed in the spraying manner like the adhesive 20, 1), 2) is subjected to primary, secondary or n-th order, and the material injected into the HDPE sheet is attached to the HDPE sheet together with the adhesive 20 to be integrated, Wherein the material is squeezed by a roller press, the squeezed product is one of rolls produced by rolling a roll,
B) a) If the permeability coefficient or hydraulic conductivity is in the range of 1 × 10 ^ (-5) to 1 × 10 ^ (- 10) cm /
b) In a bento sheet used as one of waterproofing and waterproofing layers having a water permeability coefficient or a hydraulic conductivity of 1 × 10 ^ (- 7) to 1 × 10 ^ (- 15) cm /
Wherein the predetermined material is at least 100% by weight of at least one material selected from the group consisting of an expandable functional material, a binding gel functional material, a hydrogel functional material, a purification functional material, a general accommodating material, a flow accommodating material, a salt water material, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt%, and 10 wt% to 10 wt%, 11 wt% Composition, composition, composition, composition, composition, and the like in a ratio of 81 to 90 wt%, 91 to 100 wt%, or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt% Characterized in that the functional bentonite is one of a mixture, a mixture,
A) a) One or both sides of smooth, flat, flat, flat, flat, smooth, smooth, smooth or spike, nail, needle, dot, groove, needle, rugged grid, net, texture A certain material is attached or adhered to one side or both sides of the HDPE sheet on which one of the squeezing pattern, the sketch, the pattern, the projection, the friction projection, the concave point, the convex point, the concave groove, the convex groove, B) a material reservoir 11 using a material, an HDPE sheet, a material feed hopper (not shown), and a feed hopper (not shown) Manufactured to a thickness of 1 to 10 mm by an apparatus constituted by at least one of a material stirrer 12, a material stirrer 13, an HDPE sheet suspender 18, a material injector 19, a roller press 21, C) the material is stored in a material reservoir, wherein if the material is more than one, Two or more of the material feeding hoppers are provided, and the material or the stored material is put into a material feeding hopper, where two or more of the material feeding hoppers are provided if the material or the stored materials are two or more, The HDPE sheet is sprayed on the one side or both sides of the HDPE sheet by the spraying device such that the material is sprayed in the spraying manner like the adhesive 20, 1), 2) is subjected to primary, secondary or n-th order, and the material injected into the HDPE sheet is attached to the HDPE sheet together with the adhesive 20 to be integrated, Wherein the material is squeezed by a roller press, the squeezed product is one of rolls produced by rolling a roll,
B) a) If the permeability coefficient or hydraulic conductivity is in the range of 1 × 10 ^ (-5) to 1 × 10 ^ (- 10) cm /
b) The water permeability coefficient or the hydraulic conductivity is in the range of 1 × 10 ^ (- 7) ~ 1 × 10 ^ (- 15) cm /
(C) the one or more of the expandable functional material, the binding gel functional material, the hydrogel functional material, the purification functional material, the general accommodating material, the flow accommodating material, the salt water material, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt% , 81 to 90 wt%, 91 to 100 wt% or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt%, 80 wt% In the bentosite which is one of the mixture, the mixture and the mixture,
Wherein the inflating functional material is one of a B material, a BP material, 30-90 wt% of B material, 10-70 wt% of P material, 60 wt% of B material and 40 wt% of P material,
Wherein the binding gel functional material is one of C material or CM powder, BC material, 30-90 wt% of B material, 10-70 wt% of C material, 60 wt% of B material and 40 wt% of C material,
Wherein the hydrogel functional material comprises a P material or a PM powder, a BP material, a BCP material, 30-90 wt% of a B material and 10-70 wt% of a P material, 60 wt% of a B material and 40 wt% of a P material, 90% by weight of C material, 5 to 35% by weight of P material, 60% by weight of B material, 20% by weight of C material and 20% by weight of P material,
Wherein the purifying functional material comprises Z material, O material or OR powder, BZ material, BO material, BCZ material, BCO material, 30-90 wt% of B material, 10-70 wt% of Z material, 60 wt% of B material, 30 to 90 weight% of B material, 10 to 70 weight% of O material, 60 weight% of B material and 40 weight% of O material, 30 to 90 weight% of B material, 5 to 35 weight% of C material and Z material 5 to 35% by weight of B material, 20% by weight of C material and 20% by weight of Z material, 30 to 90% by weight of B material and 5 to 35% 60 wt%, 20 wt% of C material and 20 wt% of O material,
The general receiving material is one of a B material and a BC material,
The flow-accepting material is one of a C material and a BC material,
The salt water-based material is one of a BP material and a BCP material,
Wherein the contamination-accepting material comprises 30 to 90 wt% of BZ material, 10 to 70 wt% of AC material, BZ material, BZ material, BC material, BO material, BCO material, RH material, RS material, CO material, WT material, AC material, 60% by weight of a BO material, 40% by weight of an AC material, 30-90% by weight of a BO material and 10-70% by weight of an RH material,
The other receiving material is one of a BC material, a BCP material, a BCZ material, and a BCO material,
The B material is 100 weight percent bentonite or bentonite,
The P material or the PM powder is a mixture of a hydrogel material, a polymeric polymer, sodium polyacrylate, polyacrylate, polyacrylic acid, 30 to 90% by weight of polyacrylate and 10 to 70% by weight of polyacrylic acid , ≪ / RTI >
The C material or the CM powder may contain CaMg powder, a binding gel material, a calcium single substance or complex of Ca, a magnesium single substance or complex of Mg, Ca 30-90 (60) wt% and Mg 10-70 (40) , ≪ / RTI >
Wherein the Z material is zeolite,
The O material or the OR powder may be selected from the group consisting of oxidation & reduction powder, redox purification material, iron powder, scrap metal, waste iron, powdered iron, iron oxide, reduced iron, iron powder, zero valent iron, slag, steel slag, blast furnace slag, (60) by weight of iron, 10-70 (40)% by weight of iron powder, metal slag, crushed slag, crushed slag, iron powder, steelmaking dust,
The BC material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of CM powder or 95% by weight of bentonite and 5% by weight of CM powder,
The BP material is a mixture of 97 to 99.9% by weight of bentonite, 0.1 to 3% by weight of the PM powder or 99% by weight of bentonite and 1% by weight of the PM powder,
The BZ material is a mixture of 90-99% by weight of bentonite, 1 - 10% by weight of zeolite or 95% by weight of bentonite and 5% by weight of zeolite,
The BO material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of OR powder, 95% by weight of bentonite and 5% by weight of OR powder,
The RH material is rice husks or rice husks,
The RS material is rice straw or rice straw,
Wherein the CO material is coarse or coir,
The WT material is a waste tire or a waste tire,
The AC material is activated carbon or activated carbon,
The BCP material is a mixture of 87 to 98.9 wt% of bentonite, 1 to 10 wt% of the CM powder, 0.1 to 3 wt% of the PM powder or 94 wt% of bentonite, 5 wt% of the CM powder and 1 wt% of the PM powder ,
The BCZ material is a mixture of 80 to 98 wt% of bentonite, 1 to 10 wt% of CM powder, 1 to 10 wt% of zeolite or 90 wt% of bentonite, 5 wt% of CM powder and 5 wt% of zeolite,
The BCO material is a mixture of 80 to 98% by weight of bentonite, 1 to 10% by weight of the CM powder, 1 to 10% by weight of the OR powder or 90% by weight of bentonite, 5% by weight of the CM powder and 5% Functional bentosite < RTI ID = 0.0 >
A) a) One or both sides of smooth, flat, flat, flat, flat, smooth, smooth, smooth or spike, nail, needle, dot, groove, needle, rugged grid, net, texture A certain material is attached or adhered to one side or both sides of the HDPE sheet on which one of the squeezing pattern, the sketch, the pattern, the projection, the friction projection, the concave point, the convex point, the concave groove, the convex groove, B) a material reservoir 11 using a material, an HDPE sheet, a material feed hopper (not shown), and a feed hopper (not shown) Manufactured to a thickness of 1 to 10 mm by an apparatus constituted by at least one of a material stirrer 12, a material stirrer 13, an HDPE sheet suspender 18, a material injector 19, a roller press 21, C) the material is stored in a material reservoir, wherein if the material is more than one, Two or more of the material feeding hoppers are provided, and the material or the stored material is put into a material feeding hopper, where two or more of the material feeding hoppers are provided if the material or the stored materials are two or more, The HDPE sheet is sprayed on the one side or both sides of the HDPE sheet by the spraying device such that the material is sprayed in the spraying manner like the adhesive 20, 1), 2) is subjected to primary, secondary or n-th order, and the material injected into the HDPE sheet is attached to the HDPE sheet together with the adhesive 20 to be integrated, Wherein the material is squeezed by a roller press, the squeezed product is one of rolls produced by rolling a roll,
B) a) If the permeability coefficient or hydraulic conductivity is in the range of 1 × 10 ^ (-5) to 1 × 10 ^ (- 10) cm /
b) The water permeability coefficient or the hydraulic conductivity is in the range of 1 × 10 ^ (- 7) ~ 1 × 10 ^ (- 15) cm /
(C) the one or more of the expandable functional material, the binding gel functional material, the hydrogel functional material, the purification functional material, the general accommodating material, the flow accommodating material, the salt water material, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt% , 81 to 90 wt%, 91 to 100 wt% or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt%, 80 wt% , Mixing, mixing, or mixing,
D) a) the inflating functional material is one of B material, BP material, 30-90 wt% B material, 10-70 wt% P material, 60 wt% B material and 40 wt%
b) the binding gel functional material is one of C material or CM powder, BC material, 30-90 wt% of B material, 10-70 wt% of C material, 60 wt% of B material and 40 wt% of C material,
c) the hydrogel functional material comprises a P material or a PM powder, a BP material, a BCP material, 30-90 wt% of a B material, 10-70 wt% of a P material, 60 wt% of a B material and 40 wt% of a P material, From 5 to 35% by weight of C material, from 5 to 35% by weight of P material, from 60% by weight of B material, from 20% by weight of C material and from 20% by weight of P material,
d) 30 to 90% by weight of the B material, 10 to 70% by weight of the Z material, 60% by weight of the B material, and 10 to 70% by weight of the Z material, O material or OR powder, BZ material, BO material, BCZ material, 40% by weight of the Z material, 30 to 90% by weight of the B material and 10 to 70% by weight of the O material, 60% by weight of the B material and 40% by weight of the O material, 30 to 90% 5 to 35% by weight of Z material, 60% by weight of B material, 20% by weight of C material, 20% by weight of Z material, 30 to 90% by weight of B material and 5 to 35% 60% by weight of the B material, 20% by weight of the C material and 20% by weight of the O material,
e) the general receiving material is one of a B material and a BC material,
f) said flow-accepting material is one of a C material and a BC material,
g) The salt water-based material is one of a BP material and a BCP material,
h) 30 to 90% by weight of the BZ material, 10 to 70% by weight of the AC material, 10 to 70% by weight of the BZ material, BCZ material, BO material, BCO material, RH material, RS material, CO material, WT material, 60% by weight of BZ material, 40% by weight of AC material, 30-90% by weight of BO material and 10-70% by weight of RH material, 60% by weight of BO material and 40%
i) the other receiving material is one of BC material, BCP material, BCZ material and BCO material,
j) said B material is 100% by weight of bentonite or bentonite,
k) The P material or PM powder is a mixture of 30 to 90% by weight of a hydrogel material, a polymeric polymer, sodium polyacrylate, polyacrylate, polyacrylic acid, polyacrylate and 60 to 40% by weight of polyacrylic acid %, ≪ / RTI >
l) The C material or CM powder is a CaMg powder, a binding gel material, a calcium single or complex of Ca, a magnesium single or complex of Mg, Ca 30-90 (60) wt% and Mg 10-70 (40) Calcium magnesium complex,
m) said Z material is zeolite,
n) The O material or the OR powder may be selected from the group consisting of oxidation & reduction powder, oxidation-reduction purifying material, iron powder, scrap metal, waste iron, powdered iron, iron oxide, reduced iron, iron powder, galvanized iron, slag, steelmaking slag, (60)% by weight of iron and 10 to 70% by weight of iron (40) by weight;
o) The BC material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of CM powder or 95% by weight of bentonite and 5% by weight of CM powder,
p) The BP material is a mixture of 97 to 99.9% by weight of bentonite, 0.1 to 3% by weight of the PM powder or 99% by weight of bentonite and 1%
q) said BZ material is a mixture of 90-99 wt% bentonite, 1-10 wt% zeolite or 95 wt% bentonite and 5 wt% zeolite,
r) The BO material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of OR powder or 95% by weight of bentonite and 5% by weight of OR powder,
s) The RH material is rice hull or rice husks,
t) The RS material is rice straw or rice straw,
u) said CO material is coir or coir,
v) said WT material is a waste tire or waste tire,
w) said AC material is activated carbon or activated carbon,
x) The BCP material is a mixture of 87 to 98.9% by weight of bentonite, 1 to 10% by weight of the CM powder, 0.1 to 3% by weight of the PM powder or 94% by weight of bentonite, 5% by weight of the CM powder and 1% / RTI >
y) The BCZ material is a mixture of 80 to 98 wt% of bentonite, 1 to 10 wt% of CM powder, 1 to 10 wt% of zeolite or 90 wt% of bentonite, 5 wt% of CM powder and 5 wt% of zeolite,
z) the BCO material comprises 80 to 98% by weight of bentonite, 1 to 10% by weight of CM powder, 1 to 10% by weight of OR powder or 90% by weight of bentonite, 5% by weight of CM powder and 5% In the bentosite, which is a mixture,
The B-material is one of sodium bicarbonate, volcanic ash, one of which is hydrated and expanded to 15 to 30 times in ordinary water, and a plurality of layers of silica and alumina are laminated,
The C material has one of bindability, solidification and solidification due to Ca and Mg components belonging to itself, Ca and Mg meet with water and carbon dioxide, and Ca (OH) 2, Mg (OH) 2, CaCO3 , to which the hydroxide or carbonate, the water formed, such as MgCO3, Ca component and the Mg component is SiO ₂ component, Al ₂ O ₃ component and the reaction of calcium compound of calcium silicate hydrate of the CSH, a magnesium compound of the MSH magnesium silicate hydrate, CAH Of the calcium compound of calcium aluminate hydrate, the magnesium compound of magnesium aluminate hydrate of MAH,
The calcium single substance of Ca is Ca, and the calcium compound of Ca is a mixture of Ca and other substances such as CaSO4,
The magnesium single substance of Mg is Mg, and the magnesium composite of Mg is a mixture of Mg and other substances such as MgSO4,
The O material has a function of reducing or oxidizing the contaminants which come into contact with itself while oxidizing or reducing the O material to decompose and detoxify the contaminants to purify the contaminants,
The P material is an anionic powder, one of which is a hydrogel (H) of a hydrogen ion which is a positive charge (+) of H ₂ O constituting a brine in its negative charge (-) is bound to form a hydrogel having a binding force / RTI >
The Z material is one of natural clay minerals, one of which is charged with anionic negative charge (-) on the surface of the particles to strongly adsorb and purify heavy metals and polluted cations,
The RH material, the RS material, the CO material, the WT material, and the AC material have a function of purifying contaminants, polluted water and polluted air by adsorption, decomposition, reaction, removal, etc., Characterized in that the functional bent sheet has a shape of a particle, a powder, a powder, a chip, a rod, a bar, a flake, a powder or a grid,
A) a) One or both sides of smooth, flat, flat, flat, flat, smooth, smooth, smooth or spike, nail, needle, dot, groove, needle, rugged grid, net, texture A certain material is attached or adhered to one side or both sides of the HDPE sheet on which one of the squeezing pattern, the sketch, the pattern, the projection, the friction projection, the concave point, the convex point, the concave groove, the convex groove, B) a material reservoir 11 using a material, an HDPE sheet, a material feed hopper (not shown), and a feed hopper (not shown) Manufactured to a thickness of 1 to 10 mm by an apparatus constituted by at least one of a material stirrer 12, a material stirrer 13, an HDPE sheet suspender 18, a material injector 19, a roller press 21, C) the material is stored in a material reservoir, wherein if the material is more than one, Two or more of the material feeding hoppers are provided, and the material or the stored material is put into a material feeding hopper, where two or more of the material feeding hoppers are provided if the material or the stored materials are two or more, The HDPE sheet is sprayed on the one side or both sides of the HDPE sheet by the spraying device such that the material is sprayed in the spraying manner like the adhesive 20, 1), 2) is subjected to primary, secondary or n-th order, and the material injected into the HDPE sheet is attached to the HDPE sheet together with the adhesive 20 to be integrated, Wherein the material is squeezed by a roller press, the squeezed product is one of rolls produced by rolling a roll,
B) a) If the permeability coefficient or hydraulic conductivity is in the range of 1 × 10 ^ (-5) to 1 × 10 ^ (- 10) cm /
b) The water permeability coefficient or the hydraulic conductivity is in the range of 1 × 10 ^ (- 7) ~ 1 × 10 ^ (- 15) cm /
(C) the one or more of the expandable functional material, the binding gel functional material, the hydrogel functional material, the purification functional material, the general accommodating material, the flow accommodating material, the salt water material, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt% , 81 to 90 wt%, 91 to 100 wt% or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt%, 80 wt% , Mixing, mixing, or mixing,
D) a) the inflating functional material is one of B material, BP material, 30-90 wt% B material, 10-70 wt% P material, 60 wt% B material and 40 wt%
b) the binding gel functional material is one of C material or CM powder, BC material, 30-90 wt% of B material, 10-70 wt% of C material, 60 wt% of B material and 40 wt% of C material,
c) the hydrogel functional material comprises a P material or a PM powder, a BP material, a BCP material, 30-90 wt% of a B material, 10-70 wt% of a P material, 60 wt% of a B material and 40 wt% of a P material, From 5 to 35% by weight of C material, from 5 to 35% by weight of P material, from 60% by weight of B material, from 20% by weight of C material and from 20% by weight of P material,
d) 30 to 90% by weight of the B material, 10 to 70% by weight of the Z material, 60% by weight of the B material, and 10 to 70% by weight of the Z material, O material or OR powder, BZ material, BO material, BCZ material, 40% by weight of the Z material, 30 to 90% by weight of the B material and 10 to 70% by weight of the O material, 60% by weight of the B material and 40% by weight of the O material, 30 to 90% 5 to 35% by weight of Z material, 60% by weight of B material, 20% by weight of C material, 20% by weight of Z material, 30 to 90% by weight of B material and 5 to 35% 60% by weight of the B material, 20% by weight of the C material and 20% by weight of the O material,
e) the general receiving material is one of a B material and a BC material,
f) said flow-accepting material is one of a C material and a BC material,
g) The salt water-based material is one of a BP material and a BCP material,
h) 30 to 90% by weight of the BZ material, 10 to 70% by weight of the AC material, 10 to 70% by weight of the BZ material, BCZ material, BO material, BCO material, RH material, RS material, CO material, WT material, 60% by weight of BZ material, 40% by weight of AC material, 30-90% by weight of BO material and 10-70% by weight of RH material, 60% by weight of BO material and 40%
i) the other receiving material is one of BC material, BCP material, BCZ material and BCO material,
j) said B material is 100% by weight of bentonite or bentonite,
k) The P material or PM powder is a mixture of 30 to 90% by weight of a hydrogel material, a polymeric polymer, sodium polyacrylate, polyacrylate, polyacrylic acid, polyacrylate and 60 to 40% by weight of polyacrylic acid %, ≪ / RTI >
l) The C material or CM powder is a CaMg powder, a binding gel material, a calcium single or complex of Ca, a magnesium single or complex of Mg, Ca 30-90 (60) wt% and Mg 10-70 (40) Calcium magnesium complex,
m) said Z material is zeolite,
n) The O material or the OR powder may be selected from the group consisting of oxidation & reduction powder, oxidation-reduction purifying material, iron powder, scrap metal, waste iron, powdered iron, iron oxide, reduced iron, iron powder, galvanized iron, slag, steelmaking slag, (60)% by weight of iron and 10 to 70% by weight of iron (40) by weight;
o) The BC material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of CM powder or 95% by weight of bentonite and 5% by weight of CM powder,
p) The BP material is a mixture of 97 to 99.9% by weight of bentonite, 0.1 to 3% by weight of the PM powder or 99% by weight of bentonite and 1%
q) said BZ material is a mixture of 90-99 wt% bentonite, 1-10 wt% zeolite or 95 wt% bentonite and 5 wt% zeolite,
r) The BO material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of OR powder or 95% by weight of bentonite and 5% by weight of OR powder,
s) The RH material is rice hull or rice husks,
t) The RS material is rice straw or rice straw,
u) said CO material is coir or coir,
v) said WT material is a waste tire or waste tire,
w) said AC material is activated carbon or activated carbon,
x) The BCP material is a mixture of 87 to 98.9% by weight of bentonite, 1 to 10% by weight of the CM powder, 0.1 to 3% by weight of the PM powder or 94% by weight of bentonite, 5% by weight of the CM powder and 1% / RTI >
y) The BCZ material is a mixture of 80 to 98 wt% of bentonite, 1 to 10 wt% of CM powder, 1 to 10 wt% of zeolite or 90 wt% of bentonite, 5 wt% of CM powder and 5 wt% of zeolite,
z) the BCO material comprises 80 to 98% by weight of bentonite, 1 to 10% by weight of CM powder, 1 to 10% by weight of OR powder or 90% by weight of bentonite, 5% by weight of CM powder and 5% / RTI >
The B-material is one of sodium bicarbonate, volcanic ash, one of which is hydrated and expanded to 15 to 30 times in ordinary water, and a plurality of layers of silica and alumina are laminated,
The C material has one of bindability, solidification and solidification due to Ca and Mg components belonging to itself, Ca and Mg meet with water and carbon dioxide, and Ca (OH) 2, Mg (OH) 2, CaCO3 , to which the hydroxide or carbonate, the water formed, such as MgCO3, Ca component and the Mg component is SiO ₂ component, Al ₂ O ₃ component and the reaction of calcium compound of calcium silicate hydrate of the CSH, a magnesium compound of the MSH magnesium silicate hydrate, CAH Of the calcium compound of calcium aluminate hydrate, the magnesium compound of magnesium aluminate hydrate of MAH,
The calcium single substance of Ca is Ca, and the calcium compound of Ca is a mixture of Ca and other substances such as CaSO4,
The magnesium single substance of Mg is Mg, and the magnesium composite of Mg is a mixture of Mg and other substances such as MgSO4,
The O material has a function of reducing or oxidizing the contaminants which come into contact with itself while oxidizing or reducing the O material to decompose and detoxify the contaminants to purify the contaminants,
The P material is an anionic powder, one of which is a hydrogel (H) of a hydrogen ion which is a positive charge (+) of H ₂ O constituting a brine in its negative charge (-) is bound to form a hydrogel having a binding force / RTI >
The Z material is one of natural clay minerals, one of which is charged with anionic negative charge (-) on the surface of the particles to strongly adsorb and purify heavy metals and polluted cations,
The RH material, the RS material, the CO material, the WT material, and the AC material have a function of purifying contaminants, polluted water, and polluted air by adsorption, decomposition, reaction, removal, and the like. A bent, a powder, a chip, a rod, a bar, a flake, a powder, or a grid in the form of particles,
At least one of a film and a protective material may be attached to one side or both sides of the bent sheet,
Wherein at least one of the film and the protecting material is one of a film, a protecting material, a film protecting material,
When a film is adhered to or adhered to one surface or both surfaces of the bent sheet, the bent sheet becomes a film-attached type or a built-up bent sheet,
When a protective material is adhered to or adhered to one surface or both surfaces of the bent sheet, the bent sheet becomes a protective material-attached type or a built-up type bent sheet,
When a film or a protective material is adhered to or adhered to one or both surfaces of the bent sheet, the bent sheet becomes a film protecting material, a protective film-attached type or a built-up bent sheet,
The protective material may be a mortar, a paste, a cement, a concrete, a concrete, a concrete, a urethane, a polymer, a rubber, a plastic, a woven fabric, a nonwoven fabric, a sheet, a polymer synthetic material, Geocell, Gravel input, Geocell, Geocell, Geocomposite, Waste tire, Waste tire chip, Geocell, Sand input geocell, Gravel input Geocell, Geocell, Geocell, Geocomposite Cell, slag charging geocell, mixture charging geocell, or one of the above containing or reinforced or charged fibers,
The protective material may be in the form of plate, plate, board, mat, sheet, bar, roll, roll sheet, particle, powder,
The above-mentioned bentosite is installed by rolling the roll product by gravity, or by putting a bar or a rod on the middle hollow part of the roll product and attaching the bar or the rod to a gravitational force or a crane equipment, Functional bentosite
A) a) One or both sides of smooth, flat, flat, flat, flat, smooth, smooth, smooth or spike, nail, needle, dot, groove, needle, rugged grid, net, texture A certain material is attached or adhered to one side or both sides of the HDPE sheet on which one of the squeezing pattern, the sketch, the pattern, the projection, the friction projection, the concave point, the convex point, the concave groove, the convex groove, B) a material reservoir 11 using a material, an HDPE sheet, a material feed hopper (not shown), and a feed hopper (not shown) Manufactured to a thickness of 1 to 10 mm by an apparatus constituted by at least one of a material stirrer 12, a material stirrer 13, an HDPE sheet suspender 18, a material injector 19, a roller press 21, C) the material is stored in a material reservoir, wherein if the material is more than one, Two or more of the material feeding hoppers are provided, and the material or the stored material is put into a material feeding hopper, where two or more of the material feeding hoppers are provided if the material or the stored materials are two or more, The HDPE sheet is sprayed on the one side or both sides of the HDPE sheet by the spraying device such that the material is sprayed in the spraying manner like the adhesive 20, 1), 2) is subjected to primary, secondary or n-th order, and the material injected into the HDPE sheet is attached to the HDPE sheet together with the adhesive 20 to be integrated, Wherein the material is squeezed by a roller press, the squeezed product is one of rolls produced by rolling a roll,
B) a) If the permeability coefficient or hydraulic conductivity is in the range of 1 × 10 ^ (-5) to 1 × 10 ^ (- 10) cm /
b) The water permeability coefficient or the hydraulic conductivity is in the range of 1 × 10 ^ (- 7) ~ 1 × 10 ^ (- 15) cm /
(C) the one or more of the expandable functional material, the binding gel functional material, the hydrogel functional material, the purification functional material, the general accommodating material, the flow accommodating material, the salt water material, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt% , 81 to 90 wt%, 91 to 100 wt% or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt%, 80 wt% , Mixing, mixing, or mixing,
D) a) the inflating functional material is one of B material, BP material, 30-90 wt% B material, 10-70 wt% P material, 60 wt% B material and 40 wt%
b) the binding gel functional material is one of C material or CM powder, BC material, 30-90 wt% of B material, 10-70 wt% of C material, 60 wt% of B material and 40 wt% of C material,
c) the hydrogel functional material comprises a P material or a PM powder, a BP material, a BCP material, 30-90 wt% of a B material, 10-70 wt% of a P material, 60 wt% of a B material and 40 wt% of a P material, From 5 to 35% by weight of C material, from 5 to 35% by weight of P material, from 60% by weight of B material, from 20% by weight of C material and from 20% by weight of P material,
d) 30 to 90% by weight of the B material, 10 to 70% by weight of the Z material, 60% by weight of the B material, and 10 to 70% by weight of the Z material, O material or OR powder, BZ material, BO material, BCZ material, 40% by weight of the Z material, 30 to 90% by weight of the B material and 10 to 70% by weight of the O material, 60% by weight of the B material and 40% by weight of the O material, 30 to 90% 5 to 35% by weight of Z material, 60% by weight of B material, 20% by weight of C material, 20% by weight of Z material, 30 to 90% by weight of B material and 5 to 35% 60% by weight of the B material, 20% by weight of the C material and 20% by weight of the O material,
e) the general receiving material is one of a B material and a BC material,
f) said flow-accepting material is one of a C material and a BC material,
g) The salt water-based material is one of a BP material and a BCP material,
h) 30 to 90% by weight of the BZ material, 10 to 70% by weight of the AC material, 10 to 70% by weight of the BZ material, BCZ material, BO material, BCO material, RH material, RS material, CO material, WT material, 60% by weight of BZ material, 40% by weight of AC material, 30-90% by weight of BO material and 10-70% by weight of RH material, 60% by weight of BO material and 40%
i) the other receiving material is one of BC material, BCP material, BCZ material and BCO material,
j) said B material is 100% by weight of bentonite or bentonite,
k) The P material or PM powder is a mixture of 30 to 90% by weight of a hydrogel material, a polymeric polymer, sodium polyacrylate, polyacrylate, polyacrylic acid, polyacrylate and 60 to 40% by weight of polyacrylic acid %, ≪ / RTI >
l) The C material or CM powder is a CaMg powder, a binding gel material, a calcium single or complex of Ca, a magnesium single or complex of Mg, Ca 30-90 (60) wt% and Mg 10-70 (40) Calcium magnesium complex,
m) said Z material is zeolite,
n) The O material or the OR powder may be selected from the group consisting of oxidation & reduction powder, oxidation-reduction purifying material, iron powder, scrap metal, waste iron, powdered iron, iron oxide, reduced iron, iron powder, galvanized iron, slag, steelmaking slag, (60)% by weight of iron and 10 to 70% by weight of iron (40) by weight;
o) The BC material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of CM powder or 95% by weight of bentonite and 5% by weight of CM powder,
p) The BP material is a mixture of 97 to 99.9% by weight of bentonite, 0.1 to 3% by weight of the PM powder or 99% by weight of bentonite and 1%
q) said BZ material is a mixture of 90-99 wt% bentonite, 1-10 wt% zeolite or 95 wt% bentonite and 5 wt% zeolite,
r) The BO material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of OR powder or 95% by weight of bentonite and 5% by weight of OR powder,
s) The RH material is rice hull or rice husks,
t) The RS material is rice straw or rice straw,
u) said CO material is coir or coir,
v) said WT material is a waste tire or waste tire,
w) said AC material is activated carbon or activated carbon,
x) The BCP material is a mixture of 87 to 98.9% by weight of bentonite, 1 to 10% by weight of the CM powder, 0.1 to 3% by weight of the PM powder or 94% by weight of bentonite, 5% by weight of the CM powder and 1% / RTI >
y) The BCZ material is a mixture of 80 to 98 wt% of bentonite, 1 to 10 wt% of CM powder, 1 to 10 wt% of zeolite or 90 wt% of bentonite, 5 wt% of CM powder and 5 wt% of zeolite,
z) the BCO material comprises 80 to 98% by weight of bentonite, 1 to 10% by weight of CM powder, 1 to 10% by weight of OR powder or 90% by weight of bentonite, 5% by weight of CM powder and 5% / RTI >
The B-material is one of sodium bicarbonate, volcanic ash, one of which is hydrated and expanded to 15 to 30 times in ordinary water, and a plurality of layers of silica and alumina are laminated,
The C material has one of bindability, solidification and solidification due to Ca and Mg components belonging to itself, Ca and Mg meet with water and carbon dioxide, and Ca (OH) 2, Mg (OH) 2, CaCO3 , to which the hydroxide or carbonate, the water formed, such as MgCO3, Ca component and the Mg component is SiO ₂ component, Al ₂ O ₃ component and the reaction of calcium compound of calcium silicate hydrate of the CSH, a magnesium compound of the MSH magnesium silicate hydrate, CAH Of the calcium compound of calcium aluminate hydrate, the magnesium compound of magnesium aluminate hydrate of MAH,
The calcium single substance of Ca is Ca, and the calcium compound of Ca is a mixture of Ca and other substances such as CaSO4,
The magnesium single substance of Mg is Mg, and the magnesium composite of Mg is a mixture of Mg and other substances such as MgSO4,
The O material has a function of reducing or oxidizing the contaminants which come into contact with itself while oxidizing or reducing the O material to decompose and detoxify the contaminants to purify the contaminants,
The P material is an anionic powder, one of which is a hydrogel (H) of a hydrogen ion which is a positive charge (+) of H ₂ O constituting a brine in its negative charge (-) is bound to form a hydrogel having a binding force / RTI >
The Z material is one of natural clay minerals, one of which is charged with anionic negative charge (-) on the surface of the particles to strongly adsorb and purify heavy metals and polluted cations,
The RH material, the RS material, the CO material, the WT material, and the AC material have a function of purifying contaminants, polluted water, and polluted air by adsorption, decomposition, reaction, removal, and the like. A bent, a powder, a chip, a rod, a bar, a flake, a powder, or a grid in the form of particles,
The tensile strength of the bentosite according to the ASTM D4632 test method is 2520 to 4296 N / cm ² ,
The elongation percentage of the bentosite according to the ASTM D4632 test method was 505 to 983%
The montmorillonite content of the bentonite or B material according to the methylene blue test method is 70 to 90%
The coefficient of expansion of the bentonite or B material according to the KS M3736 test method is 757 to 1250%
The degree of swelling according to ASTM D5890 is 28.5 ~ 35.7 (31.3) ml / 2g for BC material, 28.9 ~ 33.4 (30.8) ml / 2g for BCP material against brine and BCZ material 24.9 to 27.6 (26.5) ml / 2g, the BCO material is 25.5 to 27.4 (26.6) ml / 2g,
The viscosities of the BC material, the BCP material, the BCZ material and the BCO material according to the ASTM D6910 test method were 34-38 (36.2) cP, 40-45 (42.8) cP, 33-39 (35.4) cP, 33-37 34.2) cP,
The ratio of the initial initial concentration (Ci) to the post-test removal concentration (Cr) of the BCZ material by the Column Leaching Test or the Batch Sorption Test, (63%) of the heavy metals, 61 ~ 89 (74%) of the heavy metals and 63 ~ 72 (67%) of the heavy metals. )% ≪ / RTI >< RTI ID = 0.0 >
A) a) a material is embedded between a woven fabric and a nonwoven fabric, and then one of the following materials is stitched, grooved, scored, topped, stitched, punched, needle punched, stitched, sewed, stapled or stapled; b) Fabricated to a thickness of 2 to 20 mm by a device consisting of one or more of a material reservoir, a material hopper, a material stirrer, a drip stopper, a material spreader, a nonwoven extruder, a needle puncher, c) the material is stored in a material reservoir, wherein two or more material reservoirs are provided, wherein the material or the stored material is introduced into a material input hopper, wherein the material or stored material In the case of two or more kinds of materials, two or more material feeding hoppers are provided, and the material or the stored material or the charged material is stirred in a material stirrer, and 1) 3) the nonwoven fabric is laid on top of the applied material by means of a nonwoven fabric slinger, and 3) the nonwoven fabric is laid on the top of the laid nonwoven fabric, Or one or more of the steps 1), 2), or n-th steps, or the steps 1), 2), 3) The nonwoven fabric laid on the laid material and the upper surface of the laid nonwoven fabric is needle-punched by a needle punching machine to be integrated, and the needle punched product is rolled by a roll-
Or A) a) one or both sides of a twisted, flat, flat, flat, flat, smooth, smooth, smooth or spike, nail, needle, point, groove, The HDPE sheet on which one of the texture, sketching, pattern, projection, friction protrusion, concave point, convex point, concave groove, convex groove, rough surface, B) a material reservoir 11 using a material, an HDPE sheet, a material dispensing hopper 11, a material dispenser 11, a dispenser 11, (Thickness of 1 to 10 mm) by an apparatus constituted of at least one of the rollers 12, the material stirrer 13, the HDPE sheet raising device 18, the material injecting device 19, the roller presser 21, C) the material is stored in a material reservoir, wherein if the material is two or more, Wherein at least two of the material feeding hoppers are provided when the material or the stored material is fed to the material feeding hopper and the material or the stored material is two or more types, The material is stirred in a material agitator, 1) the HDPE sheet is installed, 2) the agitated material is sprayed on the one side or both sides of the HDPE sheet by spraying with the adhesive 20, Wherein at least one of the steps 1) and 2) is firstly, secondly or nth orderly performed, and the material sprayed on the HDPE sheet is attached to the HDPE sheet together with the adhesive 20 to be integrated with the HDPE sheet, Wherein the pressed material is pressed by a roll press and the pressed product is rolled by a roll roll to produce a bent sheet,
Wherein at least one of the bento sheet or benttex is sewn or attached to one side or both sides thereof or has a thickness of 3 to 30 mm therefrom,
B) a) If the permeability coefficient or hydraulic conductivity is in the range of 1 × 10 ^ (-5) to 1 × 10 ^ (- 10) cm /
b) a bentotex sheet used as one of waterproofing and waterproofing layers having a water permeability coefficient or a hydraulic conductivity of 1 × 10 ^ (- 7) to 1 × 10 ^ (- 15) cm / sec or completely impermeable,
Wherein the predetermined material is at least 100% by weight of at least one material selected from an expandable functional material, a binding gel functional material, a hydrogel functional material, a purifying functional material, a general accommodating material, a flow accommodating material, a salt water material, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt%, and 10 wt% to 10 wt%, 11 wt% Composition, composition, composition, composition, composition, and the like in a ratio of 81 to 90 wt%, 91 to 100 wt%, or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt% Characterized in that the functional bentotex sheet is one of a mixture, a mixture,
A) a) a material is embedded between a woven fabric and a nonwoven fabric, and then one of the following materials is stitched, grooved, scored, topped, stitched, punched, needle punched, stitched, sewed, stapled or stapled; b) Fabricated to a thickness of 2 to 20 mm by a device consisting of one or more of a material reservoir, a material hopper, a material stirrer, a drip stopper, a material spreader, a nonwoven extruder, a needle puncher, c) the material is stored in a material reservoir, wherein two or more material reservoirs are provided, wherein the material or the stored material is introduced into a material input hopper, wherein the material or stored material In the case of two or more kinds of materials, two or more material feeding hoppers are provided, and the material or the stored material or the charged material is stirred in a material stirrer, and 1) 3) the nonwoven fabric is laid on top of the applied material by means of a nonwoven fabric slinger, and 3) the nonwoven fabric is laid on the top of the laid nonwoven fabric, Or one or more of the steps 1), 2), or n-th steps, or the steps 1), 2), 3) The nonwoven fabric laid on the laid material and the upper surface of the laid nonwoven fabric is needle-punched by a needle punching machine to be integrated, and the needle punched product is rolled by a roll-
Or A) a) one or both sides of a twisted, flat, flat, flat, flat, smooth, smooth, smooth or spike, nail, needle, point, groove, The HDPE sheet on which one of the texture, sketching, pattern, projection, friction protrusion, concave point, convex point, concave groove, convex groove, rough surface, B) a material reservoir 11 using a material, an HDPE sheet, a material dispensing hopper 11, a material dispenser 11, a dispenser 11, (Thickness of 1 to 10 mm) by an apparatus constituted of at least one of the rollers 12, the material stirrer 13, the HDPE sheet raising device 18, the material injecting device 19, the roller presser 21, C) the material is stored in a material reservoir, wherein if the material is two or more, Wherein at least two of the material feeding hoppers are provided when the material or the stored material is fed to the material feeding hopper and the material or the stored material is two or more types, The material is stirred in a material agitator, 1) the HDPE sheet is installed, 2) the agitated material is sprayed on the one side or both sides of the HDPE sheet by spraying with the adhesive 20, Wherein at least one of the steps 1) and 2) is firstly, secondly or nth orderly performed, and the material sprayed on the HDPE sheet is attached to the HDPE sheet together with the adhesive 20 to be integrated with the HDPE sheet, Wherein the pressed material is pressed by a roll press and the pressed product is rolled by a roll roll to produce a bent sheet,
Wherein at least one of the bento sheet or benttex is sewn or attached to one side or both sides thereof or has a thickness of 3 to 30 mm therefrom,
B) a) If the permeability coefficient or hydraulic conductivity is in the range of 1 × 10 ^ (-5) to 1 × 10 ^ (- 10) cm /
b) The water permeability coefficient or the hydraulic conductivity is in the range of 1 × 10 ^ (- 7) ~ 1 × 10 ^ (- 15) cm /
(C) the one or more of the expandable functional material, the binding gel functional material, the hydrogel functional material, the purification functional material, the general accommodating material, the flow accommodating material, the salt water material, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt% , 81 to 90 wt%, 91 to 100 wt% or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt%, 80 wt% In the benttex sheet which is one of the blend, blend, blend, and blend,
Wherein the inflating functional material is one of a B material, a BP material, 30-90 wt% of B material, 10-70 wt% of P material, 60 wt% of B material and 40 wt% of P material,
Wherein the binding gel functional material is one of C material or CM powder, BC material, 30-90 wt% of B material, 10-70 wt% of C material, 60 wt% of B material and 40 wt% of C material,
Wherein the hydrogel functional material comprises a P material or a PM powder, a BP material, a BCP material, 30-90 wt% of a B material and 10-70 wt% of a P material, 60 wt% of a B material and 40 wt% of a P material, 90% by weight of C material, 5 to 35% by weight of P material, 60% by weight of B material, 20% by weight of C material and 20% by weight of P material,
Wherein the purifying functional material comprises Z material, O material or OR powder, BZ material, BO material, BCZ material, BCO material, 30-90 wt% of B material, 10-70 wt% of Z material, 60 wt% of B material, 30 to 90 weight% of B material, 10 to 70 weight% of O material, 60 weight% of B material and 40 weight% of O material, 30 to 90 weight% of B material, 5 to 35 weight% of C material and Z material 5 to 35% by weight of B material, 20% by weight of C material and 20% by weight of Z material, 30 to 90% by weight of B material and 5 to 35% 60 wt%, 20 wt% of C material and 20 wt% of O material,
The general receiving material is one of a B material and a BC material,
The flow-accepting material is one of a C material and a BC material,
The salt water-based material is one of a BP material and a BCP material,
Wherein the contamination-accepting material comprises 30 to 90 wt% of BZ material, 10 to 70 wt% of AC material, BZ material, BZ material, BC material, BO material, BCO material, RH material, RS material, CO material, WT material, AC material, 60% by weight of a BO material, 40% by weight of an AC material, 30-90% by weight of a BO material and 10-70% by weight of an RH material,
The other receiving material is one of a BC material, a BCP material, a BCZ material, and a BCO material,
The B material is 100 weight percent bentonite or bentonite,
The P material or the PM powder is a mixture of a hydrogel material, a polymeric polymer, sodium polyacrylate, polyacrylate, polyacrylic acid, 30 to 90% by weight of polyacrylate and 10 to 70% by weight of polyacrylic acid , ≪ / RTI >
The C material or the CM powder may contain CaMg powder, a binding gel material, a calcium single substance or complex of Ca, a magnesium single substance or complex of Mg, Ca 30-90 (60) wt% and Mg 10-70 (40) , ≪ / RTI >
Wherein the Z material is zeolite,
The O material or the OR powder may be selected from the group consisting of oxidation & reduction powder, redox purification material, iron powder, scrap metal, waste iron, powdered iron, iron oxide, reduced iron, iron powder, zero valent iron, slag, steel slag, blast furnace slag, (60) by weight of iron, 10-70 (40)% by weight of iron powder, metal slag, crushed slag, crushed slag, iron powder, steelmaking dust,
The BC material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of CM powder or 95% by weight of bentonite and 5% by weight of CM powder,
The BP material is a mixture of 97 to 99.9% by weight of bentonite, 0.1 to 3% by weight of the PM powder or 99% by weight of bentonite and 1% by weight of the PM powder,
The BZ material is a mixture of 90-99% by weight of bentonite, 1 - 10% by weight of zeolite or 95% by weight of bentonite and 5% by weight of zeolite,
The BO material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of OR powder, 95% by weight of bentonite and 5% by weight of OR powder,
The RH material is rice husks or rice husks,
The RS material is rice straw or rice straw,
Wherein the CO material is coarse or coir,
The WT material is a waste tire or a waste tire,
The AC material is activated carbon or activated carbon,
The BCP material is a mixture of 87 to 98.9 wt% of bentonite, 1 to 10 wt% of the CM powder, 0.1 to 3 wt% of the PM powder or 94 wt% of bentonite, 5 wt% of the CM powder and 1 wt% of the PM powder ,
The BCZ material is a mixture of 80 to 98 wt% of bentonite, 1 to 10 wt% of CM powder, 1 to 10 wt% of zeolite or 90 wt% of bentonite, 5 wt% of CM powder and 5 wt% of zeolite,
The BCO material is a mixture of 80 to 98% by weight of bentonite, 1 to 10% by weight of the CM powder, 1 to 10% by weight of the OR powder or 90% by weight of bentonite, 5% by weight of the CM powder and 5% ≪ RTI ID = 0.0 > functional < / RTI &
A) a) a material is embedded between a woven fabric and a nonwoven fabric, and then one of the following materials is stitched, grooved, scored, topped, stitched, punched, needle punched, stitched, sewed, stapled or stapled; b) Fabricated to a thickness of 2 to 20 mm by a device consisting of one or more of a material reservoir, a material hopper, a material stirrer, a drip stopper, a material spreader, a nonwoven extruder, a needle puncher, c) the material is stored in a material reservoir, wherein two or more material reservoirs are provided, wherein the material or the stored material is introduced into a material input hopper, wherein the material or stored material In the case of two or more kinds of materials, two or more material feeding hoppers are provided, and the material or the stored material or the charged material is stirred in a material stirrer, and 1) 3) the nonwoven fabric is laid on top of the applied material by means of a nonwoven fabric slinger, and 3) the nonwoven fabric is laid on the top of the laid nonwoven fabric, Or one or more of the steps 1), 2), or n-th steps, or the steps 1), 2), 3) The nonwoven fabric laid on the laid material and the upper surface of the laid nonwoven fabric is needle-punched by a needle punching machine to be integrated, and the needle punched product is rolled by a roll-
Or A) a) one or both sides of a twisted, flat, flat, flat, flat, smooth, smooth, smooth or spike, nail, needle, point, groove, The HDPE sheet on which one of the texture, sketching, pattern, projection, friction protrusion, concave point, convex point, concave groove, convex groove, rough surface, B) a material reservoir 11 using a material, an HDPE sheet, a material dispensing hopper 11, a material dispenser 11, a dispenser 11, (Thickness of 1 to 10 mm) by an apparatus constituted of at least one of the rollers 12, the material stirrer 13, the HDPE sheet raising device 18, the material injecting device 19, the roller presser 21, C) the material is stored in a material reservoir, wherein if the material is two or more, Wherein at least two of the material feeding hoppers are provided when the material or the stored material is fed to the material feeding hopper and the material or the stored material is two or more types, The material is stirred in a material agitator, 1) the HDPE sheet is installed, 2) the agitated material is sprayed on the one side or both sides of the HDPE sheet by spraying with the adhesive 20, Wherein at least one of the steps 1) and 2) is firstly, secondly or nth orderly performed, and the material sprayed on the HDPE sheet is attached to the HDPE sheet together with the adhesive 20 to be integrated with the HDPE sheet, Wherein the pressed material is pressed by a roll press and the pressed product is rolled by a roll roll to produce a bent sheet,
Wherein at least one of the bento sheet or benttex is sewn or attached to one side or both sides thereof or has a thickness of 3 to 30 mm therefrom,
B) a) If the permeability coefficient or hydraulic conductivity is in the range of 1 × 10 ^ (-5) to 1 × 10 ^ (- 10) cm /
b) The water permeability coefficient or the hydraulic conductivity is in the range of 1 × 10 ^ (- 7) ~ 1 × 10 ^ (- 15) cm /
(C) the one or more of the expandable functional material, the binding gel functional material, the hydrogel functional material, the purification functional material, the general accommodating material, the flow accommodating material, the salt water material, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt% , 81 to 90 wt%, 91 to 100 wt% or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt%, 80 wt% , Mixing, mixing, or mixing,
D) a) the inflating functional material is one of B material, BP material, 30-90 wt% B material, 10-70 wt% P material, 60 wt% B material and 40 wt%
b) the binding gel functional material is one of C material or CM powder, BC material, 30-90 wt% of B material, 10-70 wt% of C material, 60 wt% of B material and 40 wt% of C material,
c) the hydrogel functional material comprises a P material or a PM powder, a BP material, a BCP material, 30-90 wt% of a B material, 10-70 wt% of a P material, 60 wt% of a B material and 40 wt% of a P material, From 5 to 35% by weight of C material, from 5 to 35% by weight of P material, from 60% by weight of B material, from 20% by weight of C material and from 20% by weight of P material,
d) 30 to 90% by weight of the B material, 10 to 70% by weight of the Z material, 60% by weight of the B material, and 10 to 70% by weight of the Z material, O material or OR powder, BZ material, BO material, BCZ material, 40% by weight of the Z material, 30 to 90% by weight of the B material and 10 to 70% by weight of the O material, 60% by weight of the B material and 40% by weight of the O material, 30 to 90% 5 to 35% by weight of Z material, 60% by weight of B material, 20% by weight of C material, 20% by weight of Z material, 30 to 90% by weight of B material and 5 to 35% 60% by weight of the B material, 20% by weight of the C material and 20% by weight of the O material,
e) the general receiving material is one of a B material and a BC material,
f) said flow-accepting material is one of a C material and a BC material,
g) The salt water-based material is one of a BP material and a BCP material,
h) 30 to 90% by weight of the BZ material, 10 to 70% by weight of the AC material, 10 to 70% by weight of the BZ material, BCZ material, BO material, BCO material, RH material, RS material, CO material, WT material, 60% by weight of BZ material, 40% by weight of AC material, 30-90% by weight of BO material and 10-70% by weight of RH material, 60% by weight of BO material and 40%
i) the other receiving material is one of BC material, BCP material, BCZ material and BCO material,
j) said B material is 100% by weight of bentonite or bentonite,
k) The P material or PM powder is a mixture of 30 to 90% by weight of a hydrogel material, a polymeric polymer, sodium polyacrylate, polyacrylate, polyacrylic acid, polyacrylate and 60 to 40% by weight of polyacrylic acid %, ≪ / RTI >
l) The C material or CM powder is a CaMg powder, a binding gel material, a calcium single or complex of Ca, a magnesium single or complex of Mg, Ca 30-90 (60) wt% and Mg 10-70 (40) Calcium magnesium complex,
m) said Z material is zeolite,
n) The O material or the OR powder may be selected from the group consisting of oxidation & reduction powder, oxidation-reduction purifying material, iron powder, scrap metal, waste iron, powdered iron, iron oxide, reduced iron, iron powder, galvanized iron, slag, steelmaking slag, (60)% by weight of iron and 10 to 70% by weight of iron (40) by weight;
o) The BC material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of CM powder or 95% by weight of bentonite and 5% by weight of CM powder,
p) The BP material is a mixture of 97 to 99.9% by weight of bentonite, 0.1 to 3% by weight of the PM powder or 99% by weight of bentonite and 1%
q) said BZ material is a mixture of 90-99 wt% bentonite, 1-10 wt% zeolite or 95 wt% bentonite and 5 wt% zeolite,
r) The BO material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of OR powder or 95% by weight of bentonite and 5% by weight of OR powder,
s) The RH material is rice hull or rice husks,
t) The RS material is rice straw or rice straw,
u) said CO material is coir or coir,
v) said WT material is a waste tire or waste tire,
w) said AC material is activated carbon or activated carbon,
x) The BCP material is a mixture of 87 to 98.9% by weight of bentonite, 1 to 10% by weight of the CM powder, 0.1 to 3% by weight of the PM powder or 94% by weight of bentonite, 5% by weight of the CM powder and 1% / RTI >
y) The BCZ material is a mixture of 80 to 98 wt% of bentonite, 1 to 10 wt% of CM powder, 1 to 10 wt% of zeolite or 90 wt% of bentonite, 5 wt% of CM powder and 5 wt% of zeolite,
z) the BCO material comprises 80 to 98% by weight of bentonite, 1 to 10% by weight of CM powder, 1 to 10% by weight of OR powder or 90% by weight of bentonite, 5% by weight of CM powder and 5% In a bentothex sheet as a mixture,
The B-material is one of sodium bicarbonate, volcanic ash, one of which is hydrated and expanded to 15 to 30 times in ordinary water, and a plurality of layers of silica and alumina are laminated,
The C material has one of bindability, solidification and solidification due to Ca and Mg components belonging to itself, Ca and Mg meet with water and carbon dioxide, and Ca (OH) 2, Mg (OH) 2, CaCO3 , to which the hydroxide or carbonate, the water formed, such as MgCO3, Ca component and the Mg component is SiO ₂ component, Al ₂ O ₃ component and the reaction of calcium compound of calcium silicate hydrate of the CSH, a magnesium compound of the MSH magnesium silicate hydrate, CAH Of the calcium compound of calcium aluminate hydrate, the magnesium compound of magnesium aluminate hydrate of MAH,
The calcium single substance of Ca is Ca, and the calcium compound of Ca is a mixture of Ca and other substances such as CaSO4,
The magnesium single substance of Mg is Mg, and the magnesium composite of Mg is a mixture of Mg and other substances such as MgSO4,
The O material has a function of reducing or oxidizing the contaminants which come into contact with itself while oxidizing or reducing the O material to decompose and detoxify the contaminants to purify the contaminants,
The P material is an anionic powder, one of which is a hydrogel (H) of a hydrogen ion which is a positive charge (+) of H ₂ O constituting a brine in its negative charge (-) is bound to form a hydrogel having a binding force / RTI >
The Z material is one of natural clay minerals, one of which is charged with anionic negative charge (-) on the surface of the particles to strongly adsorb and purify heavy metals and polluted cations,
The RH material, the RS material, the CO material, the WT material, and the AC material have a function of purifying contaminants, polluted water and polluted air by adsorption, decomposition, reaction, removal, etc., Characterized in that the functional bentotite sheet has a shape of a particle, a powder, a powder, a chip, a rod, a bar, a flake, a powder or a grid,
A) a) a material is embedded between a woven fabric and a nonwoven fabric, and then one of the following materials is stitched, grooved, scored, topped, stitched, punched, needle punched, stitched, sewed, stapled or stapled; b) Fabricated to a thickness of 2 to 20 mm by a device consisting of one or more of a material reservoir, a material hopper, a material stirrer, a drip stopper, a material spreader, a nonwoven extruder, a needle puncher, c) the material is stored in a material reservoir, wherein two or more material reservoirs are provided, wherein the material or the stored material is introduced into a material input hopper, wherein the material or stored material In the case of two or more kinds of materials, two or more material feeding hoppers are provided, and the material or the stored material or the charged material is stirred in a material stirrer, and 1) 3) the nonwoven fabric is laid on top of the applied material by means of a nonwoven fabric slinger, and 3) the nonwoven fabric is laid on the top of the laid nonwoven fabric, Or one or more of the steps 1), 2), or n-th steps, or the steps 1), 2), 3) The nonwoven fabric laid on the laid material and the upper surface of the laid nonwoven fabric is needle-punched by a needle punching machine to be integrated, and the needle punched product is rolled by a roll-
Or A) a) one or both sides of a twisted, flat, flat, flat, flat, smooth, smooth, smooth or spike, nail, needle, point, groove, The HDPE sheet on which one of the texture, sketching, pattern, projection, friction protrusion, concave point, convex point, concave groove, convex groove, rough surface, B) a material reservoir 11 using a material, an HDPE sheet, a material dispensing hopper 11, a material dispenser 11, a dispenser 11, (Thickness of 1 to 10 mm) by an apparatus constituted of at least one of the rollers 12, the material stirrer 13, the HDPE sheet raising device 18, the material injecting device 19, the roller presser 21, C) the material is stored in a material reservoir, wherein if the material is two or more, Wherein at least two of the material feeding hoppers are provided when the material or the stored material is fed to the material feeding hopper and the material or the stored material is two or more types, The material is stirred in a material agitator, 1) the HDPE sheet is installed, 2) the agitated material is sprayed on the one side or both sides of the HDPE sheet by spraying with the adhesive 20, Wherein at least one of the steps 1) and 2) is firstly, secondly or nth orderly performed, and the material sprayed on the HDPE sheet is attached to the HDPE sheet together with the adhesive 20 to be integrated with the HDPE sheet, Wherein the pressed material is pressed by a roll press and the pressed product is rolled by a roll roll to produce a bent sheet,
Wherein at least one of the bento sheet or benttex is sewn or attached to one side or both sides thereof or has a thickness of 3 to 30 mm therefrom,
B) a) If the permeability coefficient or hydraulic conductivity is in the range of 1 × 10 ^ (-5) to 1 × 10 ^ (- 10) cm /
b) The water permeability coefficient or the hydraulic conductivity is in the range of 1 × 10 ^ (- 7) ~ 1 × 10 ^ (- 15) cm /
(C) the one or more of the expandable functional material, the binding gel functional material, the hydrogel functional material, the purification functional material, the general accommodating material, the flow accommodating material, the salt water material, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt% , 81 to 90 wt%, 91 to 100 wt% or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt%, 80 wt% , Mixing, mixing, or mixing,
D) a) the inflating functional material is one of B material, BP material, 30-90 wt% B material, 10-70 wt% P material, 60 wt% B material and 40 wt%
b) the binding gel functional material is one of C material or CM powder, BC material, 30-90 wt% of B material, 10-70 wt% of C material, 60 wt% of B material and 40 wt% of C material,
c) the hydrogel functional material comprises a P material or a PM powder, a BP material, a BCP material, 30-90 wt% of a B material, 10-70 wt% of a P material, 60 wt% of a B material and 40 wt% of a P material, From 5 to 35% by weight of C material, from 5 to 35% by weight of P material, from 60% by weight of B material, from 20% by weight of C material and from 20% by weight of P material,
d) 30 to 90% by weight of the B material, 10 to 70% by weight of the Z material, 60% by weight of the B material, and 10 to 70% by weight of the Z material, O material or OR powder, BZ material, BO material, BCZ material, 40% by weight of the Z material, 30 to 90% by weight of the B material and 10 to 70% by weight of the O material, 60% by weight of the B material and 40% by weight of the O material, 30 to 90% 5 to 35% by weight of Z material, 60% by weight of B material, 20% by weight of C material, 20% by weight of Z material, 30 to 90% by weight of B material and 5 to 35% 60% by weight of the B material, 20% by weight of the C material and 20% by weight of the O material,
e) the general receiving material is one of a B material and a BC material,
f) said flow-accepting material is one of a C material and a BC material,
g) The salt water-based material is one of a BP material and a BCP material,
h) 30 to 90% by weight of the BZ material, 10 to 70% by weight of the AC material, 10 to 70% by weight of the BZ material, BCZ material, BO material, BCO material, RH material, RS material, CO material, WT material, 60% by weight of BZ material, 40% by weight of AC material, 30-90% by weight of BO material and 10-70% by weight of RH material, 60% by weight of BO material and 40%
i) the other receiving material is one of BC material, BCP material, BCZ material and BCO material,
j) said B material is 100% by weight of bentonite or bentonite,
k) The P material or PM powder is a mixture of 30 to 90% by weight of a hydrogel material, a polymeric polymer, sodium polyacrylate, polyacrylate, polyacrylic acid, polyacrylate and 60 to 40% by weight of polyacrylic acid %, ≪ / RTI >
l) The C material or CM powder is a CaMg powder, a binding gel material, a calcium single or complex of Ca, a magnesium single or complex of Mg, Ca 30-90 (60) wt% and Mg 10-70 (40) Calcium magnesium complex,
m) said Z material is zeolite,
n) The O material or the OR powder may be selected from the group consisting of oxidation & reduction powder, oxidation-reduction purifying material, iron powder, scrap metal, waste iron, powdered iron, iron oxide, reduced iron, iron powder, galvanized iron, slag, steelmaking slag, (60)% by weight of iron and 10 to 70% by weight of iron (40) by weight;
o) The BC material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of CM powder or 95% by weight of bentonite and 5% by weight of CM powder,
p) The BP material is a mixture of 97 to 99.9% by weight of bentonite, 0.1 to 3% by weight of the PM powder or 99% by weight of bentonite and 1%
q) said BZ material is a mixture of 90-99 wt% bentonite, 1-10 wt% zeolite or 95 wt% bentonite and 5 wt% zeolite,
r) The BO material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of OR powder or 95% by weight of bentonite and 5% by weight of OR powder,
s) The RH material is rice hull or rice husks,
t) The RS material is rice straw or rice straw,
u) said CO material is coir or coir,
v) said WT material is a waste tire or waste tire,
w) said AC material is activated carbon or activated carbon,
x) The BCP material is a mixture of 87 to 98.9% by weight of bentonite, 1 to 10% by weight of the CM powder, 0.1 to 3% by weight of the PM powder or 94% by weight of bentonite, 5% by weight of the CM powder and 1% / RTI >
y) The BCZ material is a mixture of 80 to 98 wt% of bentonite, 1 to 10 wt% of CM powder, 1 to 10 wt% of zeolite or 90 wt% of bentonite, 5 wt% of CM powder and 5 wt% of zeolite,
z) the BCO material comprises 80 to 98% by weight of bentonite, 1 to 10% by weight of CM powder, 1 to 10% by weight of OR powder or 90% by weight of bentonite, 5% by weight of CM powder and 5% / RTI >
The B-material is one of sodium bicarbonate, volcanic ash, one of which is hydrated and expanded to 15 to 30 times in ordinary water, and a plurality of layers of silica and alumina are laminated,
The C material has one of bindability, solidification and solidification due to Ca and Mg components belonging to itself, Ca and Mg meet with water and carbon dioxide, and Ca (OH) 2, Mg (OH) 2, CaCO3 , to which the hydroxide or carbonate, the water formed, such as MgCO3, Ca component and the Mg component is SiO ₂ component, Al ₂ O ₃ component and the reaction of calcium compound of calcium silicate hydrate of the CSH, a magnesium compound of the MSH magnesium silicate hydrate, CAH Of the calcium compound of calcium aluminate hydrate, the magnesium compound of magnesium aluminate hydrate of MAH,
The calcium single substance of Ca is Ca, and the calcium compound of Ca is a mixture of Ca and other substances such as CaSO4,
The magnesium single substance of Mg is Mg, and the magnesium composite of Mg is a mixture of Mg and other substances such as MgSO4,
The O material has a function of reducing or oxidizing the contaminants which come into contact with itself while oxidizing or reducing the O material to decompose and detoxify the contaminants to purify the contaminants,
The P material is an anionic powder, one of which is a hydrogel (H) of a hydrogen ion which is a positive charge (+) of H ₂ O constituting a brine in its negative charge (-) is bound to form a hydrogel having a binding force / RTI >
The Z material is one of natural clay minerals, one of which is charged with anionic negative charge (-) on the surface of the particles to strongly adsorb and purify heavy metals and polluted cations,
The RH material, the RS material, the CO material, the WT material, and the AC material have a function of purifying contaminants, polluted water, and polluted air by adsorption, decomposition, reaction, removal, and the like. A bent, powder, chip, rod, bar, flake, powder, or grid in the form of particles,
At least one of a film and a protective material may be attached to one side or both sides of the bentothex sheet,
Wherein at least one of the film and the protecting material is one of a film, a protecting material, a film protecting material,
When a film is adhered to or adhered to one or both surfaces of the bentotex sheet, the bentotex sheet becomes a film-attached type or a built-up benttentex sheet,
When a protective material is adhered or placed on one or both surfaces of the bentotex sheet, the bentotex sheet becomes a protective material-adhered type or a built-up benttentex sheet,
When a film or a protective material is adhered or placed on one or both surfaces of the bentotex sheet, the bentotex sheet becomes a film protecting material, a protective film-attached type, or a built-in bentotex sheet,
The protective material may be a mortar, a paste, a cement, a concrete, a concrete, a concrete, a urethane, a polymer, a rubber, a plastic, a woven fabric, a nonwoven fabric, a sheet, a polymer synthetic material, Geocell, Gravel input, Geocell, Geocell, Geocomposite, Waste tire, Waste tire chip, Geocell, Sand input geocell, Gravel input Geocell, Geocell, Geocell, Geocomposite Cell, slag charging geocell, mixture charging geocell, or one of the above containing or reinforced or charged fibers,
The protective material may be in the form of plate, plate, board, mat, sheet, bar, roll, roll sheet, particle, powder,
The installation of the benttex sheet is characterized in that the rolled product is laid by gravity, or a bar or a rod is put in the middle hollow part of the roll product and the bar or the rod is mounted on a gravitational force or a crane equipment, Functional Bentothex Sheet
A) a) a material is embedded between a woven fabric and a nonwoven fabric, and then one of the following materials is stitched, grooved, scored, topped, stitched, punched, needle punched, stitched, sewed, stapled or stapled; b) Fabricated to a thickness of 2 to 20 mm by a device consisting of one or more of a material reservoir, a material hopper, a material stirrer, a drip stopper, a material spreader, a nonwoven extruder, a needle puncher, c) the material is stored in a material reservoir, wherein two or more material reservoirs are provided, wherein the material or the stored material is introduced into a material input hopper, wherein the material or stored material In the case of two or more kinds of materials, two or more material feeding hoppers are provided, and the material or the stored material or the charged material is stirred in a material stirrer, and 1) 3) the nonwoven fabric is laid on top of the applied material by means of a nonwoven fabric slinger, and 3) the nonwoven fabric is laid on the top of the laid nonwoven fabric, Or one or more of the steps 1), 2), or n-th steps, or the steps 1), 2), 3) The nonwoven fabric laid on the laid material and the upper surface of the laid nonwoven fabric is needle-punched by a needle punching machine to be integrated, and the needle punched product is rolled by a roll-
Or A) a) one or both sides of a twisted, flat, flat, flat, flat, smooth, smooth, smooth or spike, nail, needle, point, groove, The HDPE sheet on which one of the texture, sketching, pattern, projection, friction protrusion, concave point, convex point, concave groove, convex groove, rough surface, B) a material reservoir 11 using a material, an HDPE sheet, a material dispensing hopper 11, a material dispenser 11, a dispenser 11, (Thickness of 1 to 10 mm) by an apparatus constituted of at least one of the rollers 12, the material stirrer 13, the HDPE sheet raising device 18, the material injecting device 19, the roller presser 21, C) the material is stored in a material reservoir, wherein if the material is two or more, Wherein at least two of the material feeding hoppers are provided when the material or the stored material is fed to the material feeding hopper and the material or the stored material is two or more types, The material is stirred in a material agitator, 1) the HDPE sheet is installed, 2) the agitated material is sprayed on the one side or both sides of the HDPE sheet by spraying with the adhesive 20, Wherein at least one of the steps 1) and 2) is firstly, secondly or nth orderly performed, and the material sprayed on the HDPE sheet is attached to the HDPE sheet together with the adhesive 20 to be integrated with the HDPE sheet, Wherein the pressed material is pressed by a roll press and the pressed product is rolled by a roll roll to produce a bent sheet,
Wherein at least one of the bento sheet or benttex is sewn or attached to one side or both sides thereof or has a thickness of 3 to 30 mm therefrom,
B) a) If the permeability coefficient or hydraulic conductivity is in the range of 1 × 10 ^ (-5) to 1 × 10 ^ (- 10) cm /
b) The water permeability coefficient or the hydraulic conductivity is in the range of 1 × 10 ^ (- 7) ~ 1 × 10 ^ (- 15) cm /
(C) the one or more of the expandable functional material, the binding gel functional material, the hydrogel functional material, the purification functional material, the general accommodating material, the flow accommodating material, the salt water material, 11 to 20 wt%, 21 to 30 wt%, 31 to 40 wt%, 41 to 50 wt%, 51 to 60 wt%, 61 to 70 wt%, 71 to 80 wt% , 81 to 90 wt%, 91 to 100 wt% or 5 wt%, 15 wt%, 20 wt%, 40 wt%, 60 wt%, 80 wt% , Mixing, mixing, or mixing,
D) a) the inflating functional material is one of B material, BP material, 30-90 wt% B material, 10-70 wt% P material, 60 wt% B material and 40 wt%
b) the binding gel functional material is one of C material or CM powder, BC material, 30-90 wt% of B material, 10-70 wt% of C material, 60 wt% of B material and 40 wt% of C material,
c) the hydrogel functional material comprises a P material or a PM powder, a BP material, a BCP material, 30-90 wt% of a B material, 10-70 wt% of a P material, 60 wt% of a B material and 40 wt% of a P material, From 5 to 35% by weight of C material, from 5 to 35% by weight of P material, from 60% by weight of B material, from 20% by weight of C material and from 20% by weight of P material,
d) 30 to 90% by weight of the B material, 10 to 70% by weight of the Z material, 60% by weight of the B material, and 10 to 70% by weight of the Z material, O material or OR powder, BZ material, BO material, BCZ material, 40% by weight of the Z material, 30 to 90% by weight of the B material and 10 to 70% by weight of the O material, 60% by weight of the B material and 40% by weight of the O material, 30 to 90% 5 to 35% by weight of Z material, 60% by weight of B material, 20% by weight of C material, 20% by weight of Z material, 30 to 90% by weight of B material and 5 to 35% 60% by weight of the B material, 20% by weight of the C material and 20% by weight of the O material,
e) the general receiving material is one of a B material and a BC material,
f) said flow-accepting material is one of a C material and a BC material,
g) The salt water-based material is one of a BP material and a BCP material,
h) 30 to 90% by weight of the BZ material, 10 to 70% by weight of the AC material, 10 to 70% by weight of the BZ material, BCZ material, BO material, BCO material, RH material, RS material, CO material, WT material, 60% by weight of BZ material, 40% by weight of AC material, 30-90% by weight of BO material and 10-70% by weight of RH material, 60% by weight of BO material and 40%
i) the other receiving material is one of BC material, BCP material, BCZ material and BCO material,
j) said B material is 100% by weight of bentonite or bentonite,
k) The P material or PM powder is a mixture of 30 to 90% by weight of a hydrogel material, a polymeric polymer, sodium polyacrylate, polyacrylate, polyacrylic acid, polyacrylate and 60 to 40% by weight of polyacrylic acid %, ≪ / RTI >
l) The C material or CM powder is a CaMg powder, a binding gel material, a calcium single or complex of Ca, a magnesium single or complex of Mg, Ca 30-90 (60) wt% and Mg 10-70 (40) Calcium magnesium complex,
m) said Z material is zeolite,
n) The O material or the OR powder may be selected from the group consisting of oxidation & reduction powder, oxidation-reduction purifying material, iron powder, scrap metal, waste iron, powdered iron, iron oxide, reduced iron, iron powder, galvanized iron, slag, steelmaking slag, (60)% by weight of iron and 10 to 70% by weight of iron (40) by weight;
o) The BC material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of CM powder or 95% by weight of bentonite and 5% by weight of CM powder,
p) The BP material is a mixture of 97 to 99.9% by weight of bentonite, 0.1 to 3% by weight of the PM powder or 99% by weight of bentonite and 1%
q) said BZ material is a mixture of 90-99 wt% bentonite, 1-10 wt% zeolite or 95 wt% bentonite and 5 wt% zeolite,
r) The BO material is a mixture of 90 to 99% by weight of bentonite, 1 to 10% by weight of OR powder or 95% by weight of bentonite and 5% by weight of OR powder,
s) The RH material is rice hull or rice husks,
t) The RS material is rice straw or rice straw,
u) said CO material is coir or coir,
v) said WT material is a waste tire or waste tire,
w) said AC material is activated carbon or activated carbon,
x) The BCP material is a mixture of 87 to 98.9% by weight of bentonite, 1 to 10% by weight of the CM powder, 0.1 to 3% by weight of the PM powder or 94% by weight of bentonite, 5% by weight of the CM powder and 1% / RTI >
y) The BCZ material is a mixture of 80 to 98 wt% of bentonite, 1 to 10 wt% of CM powder, 1 to 10 wt% of zeolite or 90 wt% of bentonite, 5 wt% of CM powder and 5 wt% of zeolite,
z) the BCO material comprises 80 to 98% by weight of bentonite, 1 to 10% by weight of CM powder, 1 to 10% by weight of OR powder or 90% by weight of bentonite, 5% by weight of CM powder and 5% / RTI >
The B-material is one of sodium bicarbonate, volcanic ash, one of which is hydrated and expanded to 15 to 30 times in ordinary water, and a plurality of layers of silica and alumina are laminated,
The C material has one of bindability, solidification and solidification due to Ca and Mg components belonging to itself, Ca and Mg meet with water and carbon dioxide, and Ca (OH) 2, Mg (OH) 2, CaCO3 , to which the hydroxide or carbonate, the water formed, such as MgCO3, Ca component and the Mg component is SiO ₂ component, Al ₂ O ₃ component and the reaction of calcium compound of calcium silicate hydrate of the CSH, a magnesium compound of the MSH magnesium silicate hydrate, CAH Of the calcium compound of calcium aluminate hydrate, the magnesium compound of magnesium aluminate hydrate of MAH,
The calcium single substance of Ca is Ca, and the calcium compound of Ca is a mixture of Ca and other substances such as CaSO4,
The magnesium single substance of Mg is Mg, and the magnesium composite of Mg is a mixture of Mg and other substances such as MgSO4,
The O material has a function of reducing or oxidizing the contaminants which come into contact with itself while oxidizing or reducing the O material to decompose and detoxify the contaminants to purify the contaminants,
The P material is an anionic powder, one of which is a hydrogel (H) of a hydrogen ion which is a positive charge (+) of H ₂ O constituting a brine in its negative charge (-) is bound to form a hydrogel having a binding force / RTI >
The Z material is one of natural clay minerals, one of which is charged with anionic negative charge (-) on the surface of the particles to strongly adsorb and purify heavy metals and polluted cations,
The RH material, the RS material, the CO material, the WT material, and the AC material have a function of purifying contaminants, polluted water, and polluted air by adsorption, decomposition, reaction, removal, and the like. A bent, powder, chip, rod, bar, flake, powder, or grid in the form of particles,

The tensile strengths of the bentotex and bentosite according to ASTM D4632 were 412 to 1361 N and 2520 to 4296 N / cm ² , respectively,
The stretch ratios of the bentotte and bentosite according to the ASTM D4632 test method were 10.1 to 114% and 505 to 983%, respectively,
The montmorillonite content of the bentonite or B material according to the methylene blue test method is 70 to 90%
The coefficient of expansion of the bentonite or B material according to the KS M3736 test method is 757 to 1250%
The degree of swelling according to ASTM D5890 is 28.5 ~ 35.7 (31.3) ml / 2g for BC material, 28.9 ~ 33.4 (30.8) ml / 2g for BCP material against brine and BCZ material 24.9 to 27.6 (26.5) ml / 2g, the BCO material is 25.5 to 27.4 (26.6) ml / 2g,
The viscosities of the BC material, the BCP material, the BCZ material and the BCO material according to the ASTM D6910 test method were 34-38 (36.2) cP, 40-45 (42.8) cP, 33-39 (35.4) cP, 33-37 34.2) cP,
The ratio of the initial initial concentration (Ci) to the post-test removal concentration (Cr) of the BCZ material by the Column Leaching Test or the Batch Sorption Test, (63%) of the heavy metals, 61 ~ 89 (74%) of the heavy metals and 63 ~ 72 (67%) of the heavy metals. )% ≪ / RTI >< RTI ID = 0.0 >

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