KR200415383Y1 - Construction waste and carpet scrap recycling treated apparatus - Google Patents

Abstract

The disclosed contents are incomplete incineration of waste materials containing plastics to create a recyclable molding material, using the heat generated in the incineration process to melt the waste ascon to separate the aggregate and asphalt, and various pollutants generated during the incineration and separation process The present invention relates to a recycling apparatus for construction waste and automobile waste carpet, which purifies and discharges it to the atmosphere.

Such a waste recycling apparatus for construction waste and car waste carpets is an incinerator 112 for incomplete incineration of waste materials including plastics by forming inlets and outlets in the waste treatment apparatus for construction wastes and automobile waste carpets, in the incineration process. Waste material incineration and aggregate extracting unit 110, which forms a gas discharge pipe 114 for discharging the generated smoke and heat; and a gas discharge pipe 122a is formed at the top, and a recovery pipe 122b is formed at the bottom. The casing 122 to which the gas discharge pipe 114 of the incineration and aggregate extraction unit 110 is connected to and rotated by the drive motor 125 in the casing 122, and both sides are opened so that waste ascon is input / exhausted. Ascon extracting unit 120 is formed to form a network separator 124; And an outer casing 132 having an inlet 132a to which the gas discharge pipe 122a of the ascon extractor 120 is connected and an outlet 132b from which smoke is discharged, and filled into the outer casing 132. It is achieved by including the gas purification / discharge unit 130, the filter medium 134 is formed.

Incineration, Separation, Purification, Extruders, Filter Media

Description

Construction waste and carpet scrap recycling treated apparatus

1 is a perspective view of a recycling treatment apparatus of the present invention construction waste and automobile waste carpet,

Figure 2 is a schematic diagram of the recycling treatment apparatus of the present invention construction waste and automobile waste carpet,

Figure 3 is a cross-sectional view of the incineration and aggregate extraction of the recycling waste treatment apparatus of the present invention construction waste and automobile waste carpet,

Figure 4 is a cross-sectional view of the ascon extracting portion of the recycling waste treatment apparatus of the present invention construction waste and automobile waste carpet,

Figure 5 is a cross-sectional view of the gas purification / discharge portion of the recycling waste treatment apparatus of the present invention construction waste and automobile waste carpet.

※ Explanation of code for main part of drawing

110: incineration and aggregate extraction unit, 112: incinerator, 112a: inlet, 112b: outlet, 114: gas discharge pipe,

114a: inlet, 116: extruder, 116a: screw, 116b: pulley, 116c: belt,

116d: drive motor, 118: blower, 118a: blower, 118b: discharge nozzle, 118c: sprayer,

119: distributor, 119a: first discharge pipe, 119b: second discharge pipe, 120: ascon extraction unit,

122: casing, 122a: gas discharge pipe, 122b: recovery pipe, 123: cooling water pipe,

124: network separator, 124a: spiral screw, 124b: locking jaw, 125: driving motor, 126: nozzle,

127: return pipe, 128: guide, 129: recovery pipe, 130: gas purification / exhaust,

132: outer casing, 132a: inlet, 132b: outlet, 133: inlet space, 134: filter material,

134a: first filter material, 134b: second filter material, 135: discharge path, 136: conical guide plate,

137: wire mesh, 138: filter.

The present invention incompletely incinerates the waste materials containing plastics to create recyclable molding materials, and uses waste heat to melt waste ascon to separate aggregates and asphalt, and various pollutants generated during incineration and separation. The present invention relates to a recycling apparatus for construction waste and automobile waste carpet, which purifies and discharges it to the atmosphere.

Recently, developed technologies for road pavement have been researched and developed in terms of energy saving, resource recycling, and environmental protection, especially in advanced countries.

In the case of Korea, the construction of highways, part of the national project of securing national network and road network, which is essential for economic development, began in the late 1960s, and paved roads with full asphalt concrete mixtures (ascon).

However, as time goes by, roads need to be expanded and repaired, and a lot of waste ascon was generated, and the amount is expected to increase. At this time, the waste ascon is a kind of industrial construction waste and automobile waste carpet with environmental toxins, and the disposal and disposal thereof has emerged as a social / economic problem.

Currently in Korea, most of the waste ascons are used by sedimentary processing companies as landfills and substrates after being shredded or disposed of in landfills and used as very limited recycled ascones. Its utilization is extremely low due to the distrust of formulation and reproduction.

About 5% of the waste ascon used as recycled ascon is used for small-scale Northern Europe using mobile or fixed recycling equipment, and the amount used as landfill is recycled as crushed aggregate with the size of less than 30cm in the field. The parts used are crushed and sorted by some companies and recycled into packaging aggregates. On the other hand, most of the waste ascon is recycled as aggregate such as landfill, base material after simple crushing through an intermediate treatment company, and part of it is treated as construction waste and automobile waste carpet.

However, in the case of recycled ascon, defective ascon is being produced due to process problems, and its utilization is not yet high due to lack of recognition, and even when aggregate rolls are recycled due to separation of asphalt and other limitations of utilization. The value as a resource is not properly recognized.

Conventional waste ascon regeneration device is used to put the waste ascon through the hopper, accommodate the peascon in the drum installed so as to be rotated by the rotating means on the frame, and heated to an appropriate temperature, asphalt oil discharged from the drum Add and mix.

Such waste ascon regenerating device has a problem that voids are generated in the reclaimed asphalt because it is a method of regenerating the asphalt without aggregate from the waste ascon completely, and due to the oil vapor evaporated in the process of heating the asphalt and mixing asphalt oil It can also cause environmental problems.

In addition, due to the development of the industry, due to the increase of automobiles, waste carpets used as automobile interior materials of end-of-life vehicles are being discarded a lot, but composite scraps are not suitable for resource use due to their lack of useful value. It is enough.

Therefore, there has been a need for an incineration recycling apparatus capable of melting waste molding materials that can be treated as well as recycling the road and construction wastes as well as recycling the waste carpets of such discarded cars.

The present invention was devised in view of the above problems and necessities. Incomplete incineration of plastic waste materials is used to create a recyclable molding material. The waste ascon is melted using the heat generated during incineration to aggregate and asphalt. The purpose of the present invention is to provide a recycling treatment device for construction waste and automobile waste carpet that separates, purifies various pollutants generated during incineration and separation, and discharges them to the atmosphere.

In addition, the recycling treatment device of the construction waste and automobile waste carpet of the present invention is to provide a recycling treatment device for construction waste and automobile waste carpet by kneading the incineration residues of the waste materials including plastic incompletely burned in the incinerator. The purpose is.

The recycling device for the construction waste and the automobile waste carpet of the present invention forms a spiral screw inside the network separator of the ascon extraction unit to allow the waste ascon to be transported by rotation, and forms a locking jaw in the network separator to mix the waste ascon during transport. It is an object of the present invention to provide an apparatus for recycling waste of construction wastes and automobile waste carpets, which allows heat to be evenly transferred.

And by passing the cooling water pipe through the gas discharge pipe passing through the ascon extraction unit to reduce the temperature of the volatile vapor to reduce the risk of explosion by condensation / return, and aggregated by spraying compressed air downward through the nozzle at the end of the network separator It is also an object of the present invention to provide an apparatus for recycling treatment of construction waste and automobile waste carpet that effectively separates asphalt liquid from soil.

The waste treatment equipment of the construction waste and car waste carpet of the present invention improves the filtration efficiency by allowing the contaminants to be filtered twice using cement foam and activated carbon as the filter material of the gas purification / exhaust part, and heat generated from the incineration and aggregate extraction part. It is an object of the present invention to provide an apparatus for recycling waste of construction waste and automobile waste carpet which is wound between the filter media and the filter media is heated and dried by heat to increase the filtration effect.

In order to achieve the above object, the present invention construction waste and recycling apparatus for automobile waste carpet is a waste recycling apparatus for construction waste and automobile waste carpet, which forms an inlet and an outlet to incompletely burn waste materials including plastics. Incinerator, waste material incineration and aggregate extraction unit forming a gas discharge pipe to discharge the smoke and heat generated during the incineration process; and a gas discharge pipe is formed on the top and the recovery pipe is formed on the lower side and the incineration and aggregate extraction unit on one side An ascon extracting unit which includes a casing to which the gas discharge pipe is connected, and a network separator which is rotated by a driving motor in the casing and has a network separator open at both sides to input / discharge the waste ascon; And an outer casing which forms an inlet port through which the gas discharge pipe of the ascon extraction unit is connected and an outlet port through which smoke is discharged, and a gas purification / exhaust unit which forms a filter material filled in the outer casing. By providing a device.

The gas discharge pipe of the incineration and aggregate extraction portion of the recycling waste treatment device of the construction waste and automobile waste carpet of the present invention is preferably wound on the inside of the incinerator and a suction port is formed at the bottom thereof.

The incineration and aggregate extraction portion of the recycling waste treatment device of the construction waste and automobile waste carpet of the present invention are at least two screws engaged with each other, a pulley and a belt installed to interlock these screws, and a driving motor for rotating any one screw. It is preferable to form the extruder which consists of.

The incineration and aggregate extraction portion of the recycling waste treatment device of the construction waste and automobile waste carpet of the present invention is composed of a blower blower, and one side is connected to the blower and the ring-shaped discharge nozzle is installed at the bottom of the incinerator by forming a plurality of injection holes It is preferable to form a blower.

The incineration and aggregate extraction portion of the recycling waste treatment device of the construction waste and automobile waste carpet of the present invention forms a distributor having a first and a second discharge pipe at the end of the gas discharge pipe, the first discharge pipe is connected to the casing of the ascon extraction Preferably, the second discharge branch pipe is wound between the filter medium of the gas purification / exhaust section and then the end thereof is connected to the inlet of the gas purification / exhaust section.

It is preferable that the distributor of the waste recycling apparatus for construction waste and car waste carpet of the present invention forms a filter at the inlet of the first and second discharge pipes.

Preferably, the mesh separator of the present invention construction waste and automobile waste carpet recycling processing apparatus forms a spiral screw inside.

It is preferable that the mesh separator of the recycling device for construction waste and automobile waste carpet of the present invention forms a locking jaw portion inside.

It is preferable that the ascon extraction portion of the recycling waste treatment apparatus of the construction waste and automobile waste carpet of the present invention forms a plurality of through holes penetrating the casing to form a guide tube formed under the gas discharge pipe.

It is preferable that the guide tube of the recycling waste treatment apparatus for construction waste and automobile waste carpet of the present invention forms a cooling water pipe passing therethrough.

It is preferable that the ascon extracting portion of the recycling waste treatment apparatus of the construction waste and automobile waste carpet of the present invention forms a plurality of through-holes through the casing to form a recovery tube formed on an upper side of the recovery tube.

It is preferable that the ascon extracting part of the recycling waste treatment apparatus of the construction waste and automobile waste carpet of the present invention forms a plurality of injection holes at the front end to form a nozzle for spraying compressed air downward in the rear end of the network separator.

It is preferable that the ascon extracting part of the recycling waste treatment apparatus of the construction waste and automobile waste carpet of the present invention forms a return pipe communicating with a recovery pipe at a lower end of the gas discharge pipe.

The outer casing of the gas purifying / exhaust part of the recycling waste treatment device of the construction waste and automobile waste carpet of the present invention has a cylindrical shape, forms an inflow space between the filter medium and the outer casing, forms a discharge path inside the filter medium, and It is preferable to form a conical guide plate at the bottom of the filter medium so that the smoke introduced into the inlet is led to the inlet space.

It is preferable that the filter medium of the present invention construction waste and automobile waste carpet recycling apparatus comprises a first filter material which is a concrete foam and a second filter material which is activated carbon.

It is preferable that the filter medium of the recycling waste treatment apparatus for construction waste and automobile waste carpet of the present invention forms a wire mesh on the inflow space side and the discharge path side.

The concrete foam of the recycling waste treatment device of the present invention construction waste and car waste carpet is a mixture of 50% Portland cement, 8.5% sodium bicarbonate, 10% hypo, 5% thiourea, 0.5% silver, 1% caustic soda, 25% water It is preferable.

Hereinafter, with reference to the accompanying drawings, a preferred embodiment of the present invention construction waste and recycling apparatus of the car waste carpet will be described in detail.

1 is a perspective view of a recycling treatment apparatus for a construction waste and automobile waste carpet of the present invention, and FIG. 2 is a schematic view of a recycling treatment apparatus for a construction waste and automobile waste carpet of the present invention.

Recycling apparatus of the present invention construction waste and automobile waste carpet as shown in the drawings is incineration and aggregate extraction to incineration of various construction waste and automobile waste carpets including plastics to process the molding material into the residues As 110, the ascon extraction unit 120 for separating waste ascon into aggregate and asphalt using heat from the incineration and aggregate extraction unit 110, and the gas to clean the pollutants generated during the incineration and separation process It consists of a purge / discharge unit (130).

The incineration and aggregate extracting unit 110 forms an inlet 112a and an outlet 112b to incinerate the waste incinerator 112 and the incinerator 112, and is wound around the outside of the incinerator 112 and the inlet 114a at the bottom thereof. Is formed to discharge the smoke of the incinerator 112, the gas discharge pipe 114 and a plurality of injection holes (118c) is formed to inject external air to the lower end of the incinerator 112 to discharge the ring-shaped installed at the bottom of the incinerator An air blower 118 having a nozzle 118b and a blow blower 118a connected to one side of the discharge nozzle 118b, and an extruder for mixing and molding the incineration residues formed and discharged at the lower end of the outlet 112b ( 116 and first and second discharge pipes 119a and 119b, and filters 119c are formed at the inlets of the first and second discharge pipes 119a and 119b, respectively, to the ends of the gas discharge pipes 114. The distributor 119 is formed.

Here, the extruder 116 rotates at least two or more screws 116a meshed with each other, a pulley 116b and a belt 116c installed to interlock the screws 116a, and any one screw 116a. Drive motor 116d and a roller 116e formed at the lower end of the screw 116a to shape the kneaded material into a predetermined shape.

The ascon extracting unit 120 forms a soft discharge pipe (122a) at the top and a recovery pipe (122b) at the bottom and the first discharge branch (119a) of the incineration and aggregate extraction unit 110 is connected to one side Casing 122, a plurality of spiral screw (124a) and the engaging jaw portion (124b) is formed on the inside and connected to the sprocket (125a) of the drive motor 125 and the chain (125b) casing by the drive motor 125 A network separator 124 having both sides rotated in the opening 122, a roller 121 allowing the network separator 124 to idle on the casing 122, and a plurality of through holes penetrating the casing 122 ( 128a is formed to be formed below the gas discharge pipe 122a, the guide pipe 128 through which the coolant pipe 123 penetrates, and a plurality of through holes 129a penetrating through the casing 122 to form a recovery pipe ( The recovery part 129 formed on the upper side of 122b) and the several injection hole in the front end are formed, and it compresses downward in the rear end of the network separator 124. And a nozzle 126 for ejecting a group, to form a water exchange pipe 127 communicating with the lower return pipe (122b) of the gas discharge pipe (122a).

The gas purification / exhaust unit 130 has a cylindrical outer casing 132 that forms an inlet 132a to which the gas discharge pipe 122a of the ascon extractor 120 is connected and an outlet 132b to which smoke is discharged. , The first filter material 134a which is a concrete foam, and the second filter material 134b which is activated carbon, the filter medium 134 filled in the outer casing 132, and the filter medium 134 and the outer casing 132. The inlet space 133 formed in the filter, the discharge path 135 formed in the filter medium 134 and the smoke introduced into the inlet 132a of the outer casing 132 are introduced into the inlet space 133 ( Conical guide plate 136 formed at the lower end of the 134, the wire mesh 137 formed on the inlet space 133 side and the discharge passage 135 side of the filter medium 134, and the inlet side of the inlet space 133 It consists of a filter 138 installed in.

Here, the first foam 134a concrete foam is composed of a mixture of 50% Portland cement, 8.5% sodium bicarbonate, 10% hypothiourea 5%, 0.5% silver powder, 1% caustic soda, 25% water.

Hereinafter, the operation of the recycling waste treatment apparatus of the present invention construction waste and automobile waste carpet.

Figure 3 is a cross-sectional view of the incineration and aggregate extraction of the recycling waste treatment device of the construction waste and automobile waste carpet of the present invention, Figure 4 is a cross-sectional view of the ascon extracting portion of the recycling treatment apparatus of the construction waste and automobile waste carpet of the present invention, 5 is a cross-sectional view of the gas purification / discharge portion of the recycling waste treatment device of the construction waste and automobile waste carpet of the present invention.

First, referring to FIG. 3, the incineration and aggregate extracting unit 110 may be operated. When waste materials such as various plastics, fibers, paper, and wood chips are introduced into the inlet 112a of the incinerator 112, the incinerator 112 may be used. It is incinerated at, and because it contains plastics flows through the bottom outlet 112b by the plastic flow of thermoplastics by the combustibility according to the boiling point of the material.

Here, external air is injected into the injection hole 118c of the discharge nozzle 118b installed at the bottom of the incinerator 112 through the blower 118a of the blower 118 to supply oxygen necessary for combustion of the waste material.

And, the smoke generated during the incineration of the waste material is discharged through the gas discharge pipe 114, the suction hole 114a is formed at the bottom, the incineration heat to heat the smoke passing through the gas discharge pipe 114 wound inside the incinerator. The heated smoke is transferred to the first and second discharge pipes 119a and 119b through the distributor 119 installed at the end of the gas discharge pipe 114 and filters formed at the inlet of each discharge pipe 119a and 119b. Sorption and ashes are filtered out by (119c).

On the other hand, the waste material incompletely incinerated in the incinerator 112 flows down through the outlet 112b at the bottom of the incinerator and is mixed / molded by the extruder 116 formed at the bottom of the outlet 112b.

The extruder 116 and the plastic melt flowing down through the outlet 112b by using a pair of screws 116a interlocked by the drive motor 116d in a state of being engaged by the belt 116c and the pulley 116b. Other combusted residues are kneaded together and processed into recycled plastics.

Here, the molded material kneaded and discharged from the end of the screw 116a may be molded by extruding by using the roller 119, and such a molded product may be used as a lightweight aggregate or a support of a crop, or a low-floor material. It becomes possible.

Figure 4 of the accompanying drawings shows the action of the ascon extraction unit 120 to separate the aggregate and asphalt of waste ascon using the heat generated in the incineration and aggregate extraction unit 110.

The waste ascon is supported by the roller 121 fixed to the casing 122 so as to be idling and connected to the sprocket 125a of the driving motor 125 by a chain 125b to one side of the rotating network separator 124. When put in, this waste ascon is moved to the discharge side by the spiral screw 124a formed in the inner side of the rotating network separator 124.

At this time, the first discharge branch 119a of the incineration and aggregate extraction unit 110 is connected to one lower side of the casing 122 surrounding the network separator 124 and is generated from the incineration and aggregate extraction unit 110. Smoke of 500 ℃ is supplied to the network separator to dissolve the waste ascon.

When waste ascon begins to melt due to waste heat supplied from the incineration and aggregate extraction unit 110, asphalt is separated from the aggregate and flows down through the network of the network separator 124, and the aggregate continues to be discharged by the spiral screw 124a. Is transported to the side.

At this time, the asphalt asphalt can be evenly melted while the waste ascon is inverted and mixed by the locking jaw portion 124b formed to be spaced apart at a predetermined interval inside the network separator 124. In addition, at the distal end of the network separator 124, the compressed air is injected by the nozzle 126 having the injection hole formed at the tip to drop the molten residual asphalt attached to the aggregate to increase the separation efficiency.

As such, the asphalt liquid melted from the aggregate of the waste ascon due to the waste heat of the incineration and the aggregate extraction unit 110 flows down through the through hole 129a of the recovery unit 129 formed under the casing 122 to the recovery pipe 122b. As the aggregate is discharged to the outlet side of the network separator 124, the aggregate and asphalt liquid of the waste ascon are separated, and the volatile vapor generated in this separation process, the incineration and the high temperature supplied from the aggregate extraction unit 110 The smoke exits to the gas discharge pipe 122a through the through hole 128a of the guide pipe 128 above the casing 122.

At this time, as the temperature of the steam is lowered by the cooling water pipe 123 installed through the guide tube 128, the volatile components condense in a liquid state and flow down to the recovery pipe 122b through the return pipe 127. The risk of explosion is avoided since the discharge of gas is prevented.

Figure 5 of the accompanying drawings shows the action of the gas purification / discharge unit 130 to purify the contaminated air generated in the ascon extract and incineration and aggregate extraction.

Air contaminated by the gas discharge pipe 122a of the ascon extraction unit 120 is connected to the inlet hole 132a of the outer casing 132 having the inlet hole 132a and the injection hole 132b respectively formed in the upper and lower sides. When introduced into the casing 123, the conical guide plate 136 formed at the bottom of the filter medium 134 is introduced into the inflow space 133 while the soot is removed while passing through the filter 138, where it is introduced into the wire mesh 137. Various pollutants are filtered while passing through the first and second filter materials 134a and 134b which are wrapped by the first and second filter materials 134a and 134b and discharged into the atmosphere through the discharge path 135 and the injection hole 132b.

Here, the first filter material 132 is a cement foam, and is composed of a mixture of 50% Portland cement, 8.5% neutral sodium, 10% hypothiourea 5%, 0.5% silver powder, 1% caustic soda, 25% water.

These cement foams absorb moisture in the air, and the calcium hydroxide produced by the hydration is combined with carbon dioxide to form lime carbonate. The particles of cement are covered with a film of this compound. In addition, it effectively neutralizes and releases clean air.

Hypo removes residual chlorine-based substances, thiourea prevents odor and corrosiveness caused by unpleasant nitric acid of gases generated by organic decomposition, and neutralization removes pollutants by refining.

The other materials are the materials for making foams, which extend the service life by making the materials into cement foams and are economical and effective when heated and dried.

To this end, the second discharge paper pipe 119b distributed through the distributor 119 of the incineration and aggregate extraction unit 110 is wound between the first and second filter materials 134a and 134b to heat the filter medium 134. In addition, the tip thereof is connected to the inlet 134a side of the gas purifying / discharging unit 130 again, and the smoke of the incineration and the aggregate extracting unit 110 which heats the filter medium 134 is again discharged from the gas purifying / discharging unit 130. Passed through the filter medium 134 is discharged to the atmosphere.

On the other hand, the second filter material (134b) has a strong adsorption, and most of the constituents are made of activated carbon of carbonaceous material, and the first air filter (134a) through the contaminated air passing through the second filter material (134b) Adsorb various contaminants passed through the filter medium (134a).

As such, the contaminated air flows into the outer casing 132 of the gas purifying / exhausting unit 130 so that the filter 138, the inflow space 133, the wire mesh 137, the first filter material 134a and the second filter material 134b. Then, while passing through the wire mesh 137 is purified and then moved to the discharge path 135 is discharged to the atmosphere through the injection hole 132b at the top.

Recycling apparatus of the construction waste and automobile waste carpet of the present invention as described above incomplete incineration of waste materials including plastics to create a recyclable molding material, using the heat generated in the incineration process to melt the waste ascon into aggregate and asphalt By separating and purifying various pollutants generated during the incineration and separation process and discharging them into the atmosphere, it is possible to recycle various construction wastes and automobile waste carpets, and also to reuse the heat generated during the treatment process.

In addition, an extruder is formed at the outlet of the incineration and aggregate extraction unit to mix incompletely burned plastics and ashes of completely incinerated paper or wood, and then passed through a roller to be extruded / molded to diversify the recycling of waste materials. .

The recycling device for the construction waste and the automobile waste carpet of the present invention forms a spiral screw inside the network separator of the ascon extraction unit to allow the waste ascon to be transported by rotation, and forms a locking jaw in the network separator to mix the waste ascon during transport. There is an effect to distribute the heat evenly.

And by passing the cooling water pipe through the gas discharge pipe passing through the ascon extraction unit to reduce the temperature of the volatile vapor to reduce the risk of explosion by condensation / return, and aggregated by spraying compressed air downward through the nozzle at the end of the network separator There is also an effect of effectively separating the asphalt liquid from the.

The recycling treatment device of the construction waste and automobile waste carpet of the present invention improves the filtration efficiency by using the cement foam and the activated carbon as the filter medium of the gas purification / exhaust unit to filter the contaminants twice, and improves the filtration efficiency. The effect of increasing the filtration effect is generated by allowing the heat to be wound between the filter media and allowing the filter media to heat and dry by heat.

Claims (8)

In the waste treatment equipment of construction waste and automobile waste carpet, Incinerator 112 which injects 112a and outlet 112b to incinerate waste materials containing plastics, and pulleys 116b and belts to interlock and interlock as screw 116a below the incinerator 112. 116c), an extruder 116 constituting the driving motor 116d and a ring-type discharge nozzle 118b connected to the blower blower 118a and forming a plurality of injection holes 118c to be installed at the bottom of the incinerator 112. Blower 118 and a waste material incineration and aggregate extraction unit 110 consisting of a gas discharge pipe 114; Casing 122 and the casing 122 for connecting the gas discharge pipe (122a) to the top, the return pipe (122b) to the bottom, the inlet and the gas discharge pipe 114 of the aggregate extraction unit 110, respectively; The network separator 124 is rotated / installed in a cylindrical shape with both sides opened therein, and a spiral screw 124a and a locking jaw portion 124b are formed on the inner side, so that the peascon is rotated / separated from the casing 122. Forming a plurality of through-holes (128a) at the top to form a guide tube (128) in communication with the gas discharge pipe (122a) to discharge the waste gas through the network separator (124), recovered from the bottom of the gas discharge pipe (122a) Ascon extraction unit 120 is formed with a return pipe 127 in communication with the tube (122b); And, Recycling apparatus for construction waste and automobile waste carpet including a gas purification / discharge unit 130 for purifying / discharging the polluted gas through the inlet 132a to which the gas discharge pipe 122a of the ascon extraction unit 120 is connected . The method of claim 1, The gas discharge pipe 114 of the incineration and aggregate extraction unit 110 is wound around the inside of the incinerator 112, the inlet port (114a) is characterized in that the recycling waste treatment apparatus for construction waste and automobile waste carpet. The method of claim 1, A filter 119c is formed at the inlet of the gas discharge pipe 114, and branched to the first and second discharge pipes 119a and 119b at the end thereof, and the first discharge pipe 119a is a casing of the ascon extraction unit 120. 122, the second discharge branch pipe (119b) is wound between the filter medium 134 of the gas purification / discharge portion 130 and then the end thereof is connected to the inlet (132a) of the gas purification / discharge portion 130 Recycling apparatus for construction waste and automobile waste carpet further comprising a distributor (119). The method of claim 1, The guide tube (128) is a recycling device for construction waste and car waste carpet, characterized in that it further comprises a cooling water pipe (123) penetrating therein. The method of claim 1, The ascon extracting unit 120 forms a plurality of through holes 129a under the casing 122, and forms a recovery unit 129 under the recycling waste of the construction waste and automatic carpets. . The method of claim 1, The ascon extracting unit 120, Forming a plurality of injection holes in the tip to form a nozzle (126) for injecting compressed air downward in the rear end of the network separator (124) characterized in that the construction waste and car waste carpet recycling apparatus. The method of claim 1, The gas purification / discharge unit 130, The inlet hole 132a is formed in the lower center side, and the outlet hole 132b is formed in the upper center side, and the first and second filter materials 134a and 134b and the wire mesh 137 are formed therein, but the air discharge path is perpendicular to the center. Construction 135, and the conical guide plate 136 on the bottom of the construction waste, characterized in that consisting of the outer casing 132 connected to the inlet space 133 formed in communication with the outside of the first and second filters. And recycling apparatus for automobile waste carpets. The method of claim 7, wherein The inlet hole (132a), the gas discharge pipe (122a) and the second discharge pipe (119b) of the ascon extraction unit 120 is connected / installed, characterized in that the recycling waste treatment equipment for construction waste and automobile waste carpet.

Images