CN1982224A - Nano-silicate microporous multifunctional water purifier and its production - Google Patents
Nano-silicate microporous multifunctional water purifier and its production Download PDFInfo
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- CN1982224A CN1982224A CN 200510111557 CN200510111557A CN1982224A CN 1982224 A CN1982224 A CN 1982224A CN 200510111557 CN200510111557 CN 200510111557 CN 200510111557 A CN200510111557 A CN 200510111557A CN 1982224 A CN1982224 A CN 1982224A
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Abstract
A nano-silicate micro-porous multifunctional water purifier and its production are disclosed. The process is carried out by connecting big silicate ceramic pot with small silicate ceramic pot, entering running-water into big pot, filtering, mineralizing, activating and magnetizing by tablet reactive in big-pot cavity, reflecting it into small pot, absorb filtering by three-blade turbine nano-silicate micro-porous filtering-element pipe and obtaining activated water with pH value between 6.8-7.8. The silicate pots, filtering-element and reactive have excellent chemical stability and mechanical strength.
Description
Technical field
The present invention relates to the domestic appliance of processing, pottery and the filtration food of water, particularly a kind of silicate porous nano multifunctional water purifier ware and production method thereof.
Background technology
With regard to tap water, Running-water Company adopts ways such as sudden and violent gas, flocculation, chemical reagent, precipitation, filtration to try one's best in the treating water process at present.Because service discharge is big, is difficult to control drinking-water quality.Water after the processing is carried by metal or plastic conduit, has dissolved in objectionable impurities in the water again, causes secondary pollution.And the water purifier of market appearance recently, a multitude of names, price are also expensive, and be all each has something to recommend him, but be the not Enough ideal of container and filtration medium, at present the problem of drinking water and still will further solve for the mankind.Below slightly for several common tap water examples:
1. reverse osmose pure-water: containing metal impurity not, contain mineral ion, but do not have bacteriostasis, live forever slightly and put easy breed bacteria.
2. distilled water: the cost height, power consumption is big, needs frequent scavenger precipitation thing.It is a kind of " stagnant water ", anoxic in the water, no mineral substance exists.Can't remove volatile organic content, especially as trichloromethane, benzene, dimethylbenzene etc.
3. active carbon filtration water: quality differs, and difference is big, can not remove bacterium, heavy metal and salt.And may become vegetative hotbed.
4. mineral water: because of place of production difference quality differs, bottled barreled easily produces hygienic issues in transport process.And selling at exorbitant prices.
5. boiling water: often boil deficiency, germicidal action is insufficient.Quicken organism and oxygen reaction in the water, produce trichloromethane.Strengthen pollution concentration and calcareous deposit in the water, easily become the bacterium hotbed.
6. ultra-violet sterilization water: have superiority in the sterilization, but the thing that can not depollute, effect is not as good as boiling water.And will change fluorescent tube half a year in March, the expense height.
Summary of the invention
The object of the present invention is to provide the production method of a kind of nano-silicate microporous multifunctional water purifier and key components and parts thereof.
The object of the invention reaches by following technical solution: nano-silicate microporous multifunctional water purifier of the present invention is connected to the little ceramic pot of silicate by the water hole that reflects of the big ceramic pot of silicate through water pipe.Big ceramic pot is equipped with upper cap and lower cover, is respectively the cap shape spare of silicate ceramic ceramic material, has the prosopyle on its upper cap and reflects the water hole, and the prosopyle is connected with water inlet pipe; Its underpart lid central authorities are equipped with cleans the relief hole; Between lid and tank body, have respectively and tighten solid and following fastener for the fastening usefulness of sealing.In big ceramic pot chamber, be placed with multiple reactant pie piece, i.e. slag portland nanometer micropore piece, displacement nanometer micropore piece, active class slag nanometer micropore piece, mineralising nanometer micropore piece, lignify stone and hard magnetization iron block.Said little ceramic pot also is equipped with upper cap and lower cover, is all the cap shape spare of silicate ceramic ceramic material, and there is the water purification posticum in central authorities at its underpart lid, is equipped with the prosopyle that connects big jar water pipe in upper cap central authorities; Between lid and tank body, all be equipped with for what fit sealing was used and tighten firmware and following fastening piece.Be equipped with the worm gear shape silicate nano micropore filter element pipe that the cross section is a trilobal at little ceramic pot inner chamber.
The present invention has following beneficial effect:
1. the present invention selects for use and does not contain housing, filter core and the reactant of organic nonmetalliferous ore silicate material as the water purification vessel.Silicate through high-temperature calcination has good chemical stability, physical strength height, high temperature resistant, anticorrosive, nontoxic, do not have smell, nuisanceless, and contain active mineral matter, harmless to the human body beneficial.
2. the activation water purification that utilizes water purification vessel of the present invention to provide is weakly alkaline, pH value between 6.8-7.8, carbonate containing, the water hardness is 170mg/L in carbonate.Can keep having in the body inner blood normal circulation of enough calcium ions, stablize blood in weakly alkaline.Saturation water acidic substance in the body can be removed, digestion function of stomach and intestine can be strengthened.The activation water purification that long-term drinking silicate water purification vessel provide wherein contains the trace element of human body needs, as element in strontium oxide, the zinc oxide and human body organic complex, and the potential intelligence of favourable raising people.
3. the activation water purification that water purification vessel of the present invention provide, magnetization can suppress bacteria breed.Mineralising makes water quality contain the various trace elements of necessary for human.The silicate filter has sterilization functions, and water taste is pure, good to eat sweetness.
4. this water purification vessel are installed and are unpicked and washed conveniently.
Description of drawings
Fig. 1 is the structural representation of nano-silicate microporous multifunctional water purifier of the present invention.1 is water inlet pipe among the figure, 2 is big jar of fastening piece down, 3 is big jar lower cover, 4 for cleaning the relief hole, and 5 for storing in the reactant pie piece of big jar of inner chamber, and 6 is big jar of silicate ceramics, 7 is that big jar tightens firmware, 8 is big jar upper cap, and 9 is big jar prosopyle, and 10 for reflecting the water hole, 11 for connecting the water pipe of big young waiter in a wineshop or an inn's jar, 12 is the canister upper cap, and 13 for canister tightens firmware, and 14 is the silicate ceramics canister, 15 for placing the worm gear shape silicate nano micropore filter element of canister inner chamber, 16 is fastening piece under the canister, and 17 is the canister lower cover, and 18 is pure water inlet.
Fig. 2 is the production scheme of the big jar of water purification kettle shell of the present invention with canister.
Fig. 3 is the production scheme of worm gear shape silicate nano micropore filter element of the present invention.
Embodiment
The inventor adopts the silicate active material, and water by processing such as displacement, suction strainer, hard magnetizations, is expelled harmful element in the water, replaces to go into the element of useful HUMAN HEALTH, and the activation of drinking water purification is provided.Be described further below in conjunction with accompanying drawing.
Said nano-silicate microporous multifunctional water purifier is that the water hole 10 that reflects by silicate ceramics big jars 6 is connected to silicate ceramics canister 14 through water pipe 11.Pottery is equipped with upper cap 8 and lower cover 3 for big jar 6, is all the cap shape spare of silicate ceramic ceramic material.Have prosopyle 9 on the upper cap 8 and reflect water hole 10, prosopyle 9 is connected with water inlet pipe 1.Aqueduct at the bottom of prosopyle 9 is equipped with and causes jar in big jar.Lower cover 5 central authorities are equipped with cleans relief hole 4.Between lid and tank body, have respectively and tighten firmware 7 and following fastening piece 2 for the fastening usefulness of sealing.In big jar of 6 chambeies of pottery, place multiple reactant pie piece 5.This reactant pie 5 is respectively: slag portland nanometer micropore piece, displacement nanometer micropore piece, activated carbon slag nanometer micropore piece, mineralising nanometer micropore piece, lignify stone and hard magnetization iron block.Also being equipped with upper cap 12 and lower cover 17 on ceramic canister 14, also is the cap shape spare of silicate ceramic ceramic material.17 central authorities are equipped with water purification posticum 18 in lower cover, are equipped with the prosopyle of the water pipe 11 that connects big jar in upper cap central authorities.Between lid and tank body, also be equipped with for what fit sealing was used and tighten firmware 13 and following fastening piece 16.Be equipped with the worm gear shape silicate nano micropore filter element pipe 15 that the cross section is a trilobal at ceramic canister 14 inner chambers.
In the water treatment procedure, the tap water that inserts is under the pressure of himself, make water enter big jar 6, jar contains multiple human body beneficial's the active mineral matter and the filtration medium of displacement material, water produces extremely strong activation, mineralising, breaking, magnetization, oxidation with a jar interior filtration medium, water heating and heat exchange and displacement replace, and middle objectionable impurities but dewaters.(as heavy metal, Fe
2O
3, PbO, Cr ion, vitriol and nitrite, bacterium, residual chlorine, haloform, peculiar smell, stink substance etc.Discharge trace element simultaneously to the human body beneficial.As: strontium hydroxide (Sr (OH)
2), zinc oxide materials such as (ZnO).Then water is by reflection and molten entering in the silicate suction strainer formula canister 14, produces that extremely strong absorption, activation, screening, the moon stream, river cross-flow, molecule are crowded function and multi-level filtration and materialization such as cuts again.Make water in retort, fully increase hydroxide ion and trace element, and the sufficient oxidation of water molecules.
Through repeatedly mineralising, materialization, the reaction of displacement suction strainer.And the water quality of producing is fresh, directly drinks, good to eat sweetness.
Said cross section is the Production Flow Chart of the worm gear shape silicate nano micropore filter element pipe 15 of trilobal, sees also accompanying drawing 3.With raw material through fragmentation, batching, warehouse-in, ball milling, become raw material, balling-up is after 1000 ℃ of calcinings and ripe material then, pulverizes ball milling again and forms nano level and pulverize, shaping and drying burns till through high temperature once more then, workpiece enters assembly process after revising.The material prescription of said worm gear shape silicate nano micropore filter element pipe 15 is as follows:
Kaolin 15 weight parts
Slag 35 weight parts
Gac 10 weight parts
Light calcium carbonate nano powder 20 weight parts
Semi-hydrated gypsum 5 weight parts
The production method of the slag portland nanometer micropore piece in the said reactant 5 forms in a high temperature ℃ calcining after homogenizing, nanometer efflorescence, the moulding by following material mixing abrasive dust:
Slag 30 weight parts
Gac 6 weight parts
Wilkinite 15 weight parts
Xylopal 5 weight parts
Light calcium carbonate nano powder 10 weight parts
Semi-hydrated gypsum 5 weight parts
Kaolin 13 weight parts
The production method of the displacement nanometer micropore piece in the said reactant 5 is with following material mixing abrasive dust, forms in 800 ℃ of-1350 ℃ of calcinings of high temperature after homogenizing, nanometer efflorescence, the moulding:
Slag 30 weight parts
Xylopal 5 weight parts
Light calcium carbonate nano powder 20 weight parts
Kaolin 15 weight parts
Fluorite 10 weight parts
The production method of the gac slag nanometer micropore piece in the said reactant 5 is with following material mixing abrasive dust, forms in 800 ℃ of-1350 ℃ of calcinings of high temperature after homogenizing, nanometer efflorescence, the moulding:
Slag 30 weight parts
Xylopal 5 weight parts
Light calcium carbonate nano powder 10 weight parts
Semi-hydrated gypsum 5 weight parts
The production method of the mineralising nanometer micropore piece in the said reactant 5 is with following material mixing abrasive dust, forms in 800 ℃ of-1350 ℃ of calcinings of high temperature after homogenizing, nanometer efflorescence, the moulding:
Slag 35 weight parts
Light calcium carbonate nano powder 10 weight parts
Xylopal 5 weight parts
Part material to relating to above below, explanation a little.
Gac has vesicular structure, and gas, steam or colloidal state firmware are had great adsorptive capacity.The surface-area of every gram gac can reach the 500-1000 square centimeter.Apparent specific gravity is 0.08-0.45.System forms with superheated vapour high-temperature activation, charing after flooding, the activation of calcination once again with materials such as wood, bamboo, shell, beastly bone, mud coals.Its available ammonium sulfide of regenerating extracts, and uses steam treatment after the washing again.
Slag: be that ore and flux congruent melting are the resultant behind the liquid, major ingredient is Dicalcium Phosphate (Feed Grade) and calcium aluminate, is vitreous state.
Wilkinite, a kind of biogenic sediment rock of forming by the silica cell wall of diatom.Matter is soft, and porous is and light, and apparent specific gravity 0.15-0.45 easily wears into the nano level powder.Strong absorptive is arranged, can draw water doubly than deadweight 1.5-4.0.
Montmorillonite is a kind of hydrated silicate mineral, and monoclinic crystal has fatty shape gloss, proportion 2.5-2.6.Can suction and expansion own vol 15 times during to dry volume.
Xylopal: be the red sandalwood look, or faint yellow.Be the fossil of the marine deposit wood in the period of modern five to 600,000,000, contain flour sand, lamellar, contain Chemical Composition: as zinc, strontium, manganese, copper, selenium and metasilicic acid the human body beneficial.
Nano-silicate microporous multifunctional water purifier of the present invention is through trial-production, and the water sample that is purified detects through sending China Shanghai Text Centre, and it is good that its total analysis report (No. the 0016th, 005 mapping word) of purifying waste water characterizes its water quality.Again through sending the online maritime patrol survey station of national Urban water supply water quality monitoring (WQM) to detect, its examining report (2005-01-128) result is this water purification total plate count (standard≤100/ml) that are 0, total coli group＜3 ((standard≤1000mg/L) that standard≤ 3/L), the total firmware of solvability are 449.
This nano-silicate microporous multifunctional water purifier flow is divided into 280 liters/hour, and 380 liters/hour, 580 liters/hour three kinds, its normal hydraulic pressure maintains 2.5-3.0Kg/cm
2, can clean once in two weeks.Cleaning can be selected a kind of cleaning the in following clean-out system and the method for use.
Soaked 2-3 hour in 1.10% common salt aqueous solution.
Soaked 2-3 hour in the 2.15% edible vinegar aqueous solution.
Claims (7)
1. nano-silicate microporous multifunctional water purifier is characterized in that:
1.1 the water hole (10) that reflects by silicate ceramics big jar (6) is connected to silicate ceramics canister (14) through water pipe (11);
1.2 said pottery big jar (6) is equipped with upper cap (8) and lower cover (3), is all the cap shape spare of silicate ceramic ceramic material, has prosopyle (9) on the upper cap (8) and reflects water hole (10), prosopyle (9) are connected with water inlet pipe (1); Lower cover (3) central authorities are equipped with cleans relief hole (4); Between lid and tank body, have respectively and tighten firmware (7) and following fastening piece (2) for the fastening usefulness of sealing;
1.3 in big jar of (6) chamber of pottery, be placed with multiple reactant pie piece (5);
1.4 said ceramic canister (14), also be equipped with upper cap (12) and lower cover (17), be all the cap shape spare of silicate ceramic ceramic material, central authorities are equipped with water purification posticum (18) in lower cover (17), are equipped with for the prosopyle that connects water pipe (11) in upper cap (12) central authorities.Between lid and tank body, be equipped with for what fit sealing was used and tighten firmware (13) and following fastening piece (16);
To cut be three leaf worm gear shape silicate nano micropore filter element pipes (15) 1.5 be equipped with at ceramic canister (14) inner chamber.
2. water purification vessel as claimed in claim 1 is characterized in that, said reactant pie piece (5) is respectively:
Slag portland nanometer micropore piece, displacement nanometer micropore piece, gac slag nanometer micropore piece, mineralising nanometer micropore piece, lignify stone and hard magnetization iron block.
3. water purification vessel as claimed in claim 1 is characterized in that, the production method of said worm gear shape silicate nano micropore filter element pipe (15) is with following material mixing abrasive dust.Homogenizing, the nanometer efflorescence, moulding, under 900 ℃ of-1250 ℃ of high temperature, calcine and form:
Kaolin 15 weight parts
Montmorillonite 15 weight parts
Slag 35 weight parts
Gac 10 weight parts
Light calcium carbonate nano powder 20 weight parts
Semi-hydrated gypsum 5 weight parts
4. water purification vessel as claimed in claim 2, the production method that it is characterized in that the slag portland nanometer micropore piece in the said reactant are with following material mixing abrasive dust, form in a high temperature 800-1350 ℃ calcining after homogenizing, nanometer efflorescence, the moulding:
Slag 30 weight parts
Quartz sand 6 weight parts
Gac 6 weight parts
Wilkinite 15 weight parts
Montmorillonite 10 weight parts
Xylopal 5 weight parts
Light calcium carbonate nano powder 10 weight parts
Semi-hydrated gypsum 5 weight parts
Kaolin 13 weight parts
5. the water purification vessel of stating as claimed in claim 2, the production method that it is characterized in that the displacement nanometer micropore piece in the said reactant (5) are with following material mixing abrasive dust, form in a high temperature 800-1350 ℃ calcining after homogenizing, nanometer efflorescence, the moulding:
Slag 30 weight parts
Montmorillonite 10 weight parts
Xylopal 5 weight parts
Light calcium carbonate nano powder 20 weight parts
Semi-hydrated gypsum 10 weight parts
Kaolin 15 weight parts
Fluorite 10 weight parts
6. water purification vessel as claimed in claim 2 is characterized in that the production method of the gac slag nanometer micropore piece in the described reactant (5), are with following material mixing abrasive dust, homogenizing, and the nanometer efflorescence forms in a high temperature 800-1350 ℃ calcining after the moulding:
Slag 30 weight parts
Quartz sand 6 weight parts
Gac 6 weight parts
Wilkinite 15 weight parts
Montmorillonite 10 weight parts
Xylopal 5 weight parts
Light calcium carbonate nano powder 10 weight parts
Semi-hydrated gypsum 5 weight parts
Kaolin 13 weight parts
7. water purification vessel as claimed in claim 2 is characterized in that the production method of the mineralising nanometer micropore piece in the described reactant (5), are with following material mixing abrasive dust, homogenizing, and the nanometer efflorescence forms in a high temperature 800-1350 ℃ calcining after the moulding:
Slag 35 weight parts
Gac 6 weight parts
Wilkinite 15 weight parts
Montmorillonite 10 weight parts
Xylopal 5 weight parts
Light calcium carbonate nano powder 10 weight parts
Semi-hydrated gypsum 6 weight parts
Kaolin 13 weight parts
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510111557 CN1982224A (en) | 2005-12-15 | 2005-12-15 | Nano-silicate microporous multifunctional water purifier and its production |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510111557 CN1982224A (en) | 2005-12-15 | 2005-12-15 | Nano-silicate microporous multifunctional water purifier and its production |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1982224A true CN1982224A (en) | 2007-06-20 |
Family
ID=38165122
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200510111557 Pending CN1982224A (en) | 2005-12-15 | 2005-12-15 | Nano-silicate microporous multifunctional water purifier and its production |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1982224A (en) |
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2005
- 2005-12-15 CN CN 200510111557 patent/CN1982224A/en active Pending
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