JP2008264725A - Waste treatment automobile and waste treatment apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a waste treatment automobile for reducing the volume of the waste of a thermosetting resin. <P>SOLUTION: The waste treatment automobile 1 comprises: a shovel part 31 for lifting the waste; a volume reducing tank 11 and a heating tank 12 for allowing the feed of the waste from the shovel part 31 and volume-reducing and heating the waste; a steam generator 11 for filling steam in the volume reducing tank 11 and the heating tank 12; a crushing apparatus 22 for crushing the waste heated in the volume reducing tank 11 and the heating tank 12; wheels 33 positioned at a main body bottom part; and a drive engine 35 for rotationally driving the wheels 33. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a waste treatment vehicle and a waste treatment apparatus that reduce the volume of waste made of, for example, a thermoplastic material.

  Conventionally, waste that has been used has been reduced in volume and discarded, or separated and reused. This waste is disposed of in landfills such as Yumenoshima. As a method for reducing the volume of waste, for example, a waste plastic separation and recovery method is proposed in which the waste plastic is heated at about 140 ° C., the volume of foamed polystyrene in the waste plastic is reduced, and the waste plastic is finely pulverized ( Patent Document 1). In addition, a method for processing an electronic component-mounted printed wiring board has been proposed in which the electronic component-mounted printed wiring board is carbonized at a low temperature to carbonize the combustible portion, and is cooled and crushed (see Patent Document 2).

  However, these methods cannot be said to be highly convenient methods for reducing the volume of wastes composed of various materials. More specifically, these methods, for example, cannot reduce the volume of waste from thermosetting resins containing flame retardants and thermoplastic materials in thermosetting materials such as car bumpers and motor boat casings. There wasn't. For this reason, the present condition is that the waste by such a member is discarded as it is without volume reduction.

  In addition, when the waste is discarded without being reduced in this way, a space is generated between the wastes. When landfill is performed in a state where there is a space between the waste, gas accumulates in this space, and when this gas escapes to the outside, the space between the waste is clogged and the entire volume is reduced, resulting in land subsidence. There was a problem of being connected.

JP 2000-153525 A JP 2001-81519 A

  In view of the above-described problems, an object of the present invention is to provide a waste disposal vehicle and a waste disposal apparatus that can reduce the volume of various wastes and have high convenience.

  The present invention comprises a volumetric heating means for reducing and heating the waste while permitting the input of the waste, a steam supply means for filling the volume reducing heat means with steam, and the volume reduction heating means. The present invention is characterized in that the vehicle is a waste treatment vehicle including crushing means for crushing heated waste, a wheel located at the bottom of the main body, and a driving means for rotationally driving the wheel.

  The present invention also provides a volume reduction heating means for reducing and heating the waste while allowing the waste to be charged, a steam supply means for filling the volume reduction heat means, and the volume reduction heating means. A crushing means for crushing the waste heated in the step, a wheel located at the bottom of the main body, and a drive means for driving the wheel to rotate, wherein the volume reduction heating means is a vaporized substance take-out section for taking out the volatilized vaporized substance. And a waste treatment vehicle equipped with an oil / water separator for separating the vaporized substance taken out from the vaporized substance take-out part into oil / water.

  According to the present invention, various types of waste can be reduced, and a highly convenient waste processing vehicle and a waste processing apparatus can be provided.

  An embodiment of the present invention will be described below with reference to the drawings.

  FIG. 1 is a configuration diagram illustrating a configuration of a waste disposal automobile 1 according to a first embodiment, and FIG. 2 is a flowchart of steps performed by the waste disposal automobile 1.

The waste treatment vehicle 1 includes a water vapor generation device 11, a volume reduction tank 12, an oilification tank 21, a crushing apparatus 22, a chlorine removal apparatus 23, a cooling apparatus 24, an oil / water separation apparatus 25, and an oil tank 26. The excavator 31, the hydraulic arm 32, the wheels 33, and the drive engine 35 are provided.
Of these, the steam generator 11, the volume reduction tank 12, the oilification tank 21, the crushing apparatus 22, the shovel part 31, the hydraulic arm part 32, the wheels 33, and the drive engine 35 reduce waste. Yong car is configured.

  The steam generator 11 performs a steam supply step of supplying the heated steam to the volume reduction tank 12 and the oilification tank 21 (step S1). The temperature of the water vapor supplied to the volume reduction tank 12 is set to the same or substantially the same temperature as the heating temperature of the volume reduction tank 12 (about 200 degrees Celsius) by a temperature adjusting mechanism (not shown). Moreover, the temperature of the water vapor supplied to the oilification tank 21 is the same as or almost the same as the heating temperature of the oilification tank 21 (for example, about 400 ° C. to 500 ° C., preferably about 450 ° C.) by a temperature adjusting mechanism (not shown). The temperature is the same.

  The volume reduction tank 12 is an apparatus for reducing the volume by heating the waste introduced from the inlet to about 200 degrees Celsius. A volume reduction process (step S2) is performed by the volume reduction tank 12. The inlet of the volume reduction tank 12 contains thermoplastic resin, FRP (Fiber Reinforced Plastics), waste plastic, waste oil, electric wires, waste tires, expiring convenience store lunches (plastic containers sold at convenience stores, etc.) Banned), construction waste (wood scrap, metal scrap, wire scrap, glass, pottery, etc.), and uniforms and other waste are allowed. An oiling tank 21 is provided at the subsequent stage of the volume reducing tank 12, and the volume reducing tank 12 sends the solid and liquid after volume reduction to the oiling tank 21.

  The oilification tank 21 performs an oilification process (step S3) in which the waste after volume reduction supplied from the volume reduction tank 12 is heated to oily. The oil tank 21 includes a reaction tank for decomposing plastic or the like inside a heating chamber heated by a heating device. The oil tank 21 heats the temperature of the reaction tank (bottle) itself to an arbitrary set temperature (for example, about 400 ° C. to 500 ° C., preferably about 450 ° C.), and is supplied from the steam generator 11. The reactor is filled with steam at the temperature or approximately the same temperature, and the waste is heated in this environment.

  Here, it is preferable to raise the temperature of the oilification tank 21 to a temperature at which combustibles contained in the waste permitted to be charged are normally burned. In this embodiment, the purpose of acquiring A heavy oil as recycled oil is also used. In consideration of the temperature, the temperature is about 400 ° C to 500 ° C.

  The waste in the liquefaction tank 21 rises in temperature without burning due to the presence of water vapor. Then, the oil component in the waste is volatilized to become a vaporized substance, and is sent to the chlorine removing device 23 from the vaporized substance outlet (communication hole H3) provided in the oilified tank 21.

  Further, the waste composed of the thermoplastic member is melted and reduced in volume by heating. At this time, even if soil or sand adheres to the waste, the volume of the waste is reduced without any problem by melting the thermoplastic member.

In addition, for wastes made of thermosetting resin, such as car bumpers and motor boat casings made of FRP members, which are a kind of thermosetting resin, the flame retardant contained in the members by heating The soluble material (bromine) and thermoplastic member melt and separate from residual materials such as hardeners, metals, bromine and antimony trioxide. Therefore, the flame-retardant member and thermoplastic member near the surface of the waste flow out of the waste, and components such as the flame-retardant member and thermoplastic member embedded inside the waste remain separated inside. .
Also, when tire waste used in automobiles or the like is thrown in, the rubber-based material melts into a liquid and is separated from the remaining solid matter.

  The solid matter remaining after being heated by the oil bath 21 is in a state where the components are separated and embrittled as described above. For this reason, even if it is FRP which is very hard and difficult to crush, for example, the solid matter that has come out of the oilification tank 21 can be destroyed when an ordinary person applies force with bare hands. Therefore, a waste embrittlement vehicle can be constituted by the steam generator 11, the volume reduction tank 12, the oilification tank 21, the shovel part 31, the hydraulic arm part 32, the wheel 33, and the drive engine 35. it can.

  The crushing device 22 receives the supply of the solid matter that has been heated in the oilification tank 21 and performs a destruction step (step S4) for crushing the solid matter into pieces. Here, since a thermosetting resin such as FRP is a material in which a curing material, a plastic material, and a flame retardant material are mixed, it is usually very difficult to crush as it is. However, since the thermosetting resin and the flame retardant member or the thermoplastic member are separated in the oilification tank 21, the solid matter that is a residue is easily destroyed. Also, tires are difficult to crush if originally intended, but the remaining solid matter is easily destroyed because the rubber-based material has melted. Therefore, the crushing device 22 can easily crush the supplied solid matter without any problem. The crushed waste is discarded below the body of the waste disposal automobile 1. This can greatly reduce the volume of waste.

  The chlorine removing device 23 performs a chlorine removing step (Step S5) for removing chlorine (halogen) from the vaporized material supplied from the vaporized material outlet of the oil tank 21. The chlorine removing device 23 sends the vaporized material after chlorine removal to the subsequent cooling device 24.

  The cooling device 24 performs a cooling process (step S6) in which the vaporized material supplied from the chlorine removing device 23 is cooled and liquefied. The cooling device 24 sends the liquefied liquid to the oil / water separator 25 at the subsequent stage.

  The oil / water separator 25 performs an oil / water separation step (step S <b> 7) that separates the liquid oil supplied from the cooling device 24. The oil / water separator 25 supplies the separated oil to the oil tank 26 and supplies the separated water to the mix changer 27.

  The oil tank 26 stores the oil supplied from the oil / water separator 25 and allows the oil to be taken out as recycled oil. In this embodiment, A heavy oil is obtained as recycled oil. Further, the oil tank 26 reuses a part of the oil as the oil for the burner of the water vapor generator 11.

The excavator part 31 is a part that scoops up the waste disposed in the landfill or the like, and has a lateral width similar to the width of the waste disposal automobile 1.
The hydraulic arm portion 32 is an arm that expands and contracts by hydraulic pressure, and also performs a rotation operation that rotates around a base portion that is attached to the waste disposal automobile 1 by a separate driving means. As a result, an operation of lifting the waste scraped by the excavator 31 attached to the tip and putting it in the volume reduction tank 12 is executed.
The excavator 31 and the hydraulic arm 32 may be any conveying means that conveys waste to the volume reduction tank 12, and may be constituted by an appropriate conveying means such as a belt conveyor.

The wheels 33 are tires that are rotationally driven in response to the driving force of the drive engine 35, and the waste disposal automobile 1 is caused to travel by this rotational driving.
The drive engine 35 supplies rotational driving force to the wheels 33 to rotate the wheels 33.

  With the configuration and operation described above, the waste disposal automobile 1 can reduce waste by lifting the waste existing in front of the vehicle body by the excavator 31 and putting it into the volume reduction tank 12.

  In addition to reducing the volume, it is possible to recycle waste by taking out various recycled materials such as taking out recycled oil by oiling, taking out valuable metals, taking out fuel, etc. it can.

  More specifically, for example, when a waste plastic that is a thermoplastic resin is introduced, a sponge or a gingami as an adjunct is often included together with the waste plastic. In the present embodiment, if waste plastic mixed with sponge or gingami is put into the volume reduction tank 12, recycled oil can be obtained from the oil tank 26, and residues can be taken out from the crushing device 22. And the gingami which remains without burning can be taken out from this residue as a metal. Moreover, the combustible substance of a residue can be taken out as a fuel.

  Moreover, when FRP which is a thermosetting resin is thrown into the volume reduction tank 12, the volume of FRP which is very difficult to destroy can be reduced and a residue can be acquired from the crushing apparatus 22. FIG. In other words, the FRP charged into the volume reduction tank 12 is heated in the oilification tank 21 filled with water vapor, so that the components are separated and become brittle, so that crushing is facilitated. And since it crushes with this crushing apparatus 22 in this easy crushing state, FRP which is very strong and is difficult to crush by nature can be crushed easily. In addition, soil and sand are often attached to FRP such as a casing of a waste motor boat. Nevertheless, if the FRP with the soil or sand attached thereto is put into the volume reducing tank 12, the waste processing vehicle 1 can reduce the volume of FRP without any problem.

  Moreover, if the electric wire which coat | covered the metal wires, such as copper, with the insulator is the volume reduction tank 12, it throws into the volume reduction tank 12 as it is and does not bother stripping an insulator, and acquires metals, such as reclaimed oil and copper. be able to. In particular, dioxins can be prevented from being generated from the insulator even when heated in the volume reduction tank 12 and the oilification tank 21, and environmental destruction can be prevented. Moreover, since copper does not oxidize, a reduction process becomes unnecessary. For this reason, the reduction loss at the time of reduction | restoration can be prevented. Moreover, the cost for reproducing | regenerating copper can be made cheap by making a reduction process unnecessary.

  In addition, even when a convenience store lunch box whose expiration date has expired is put into the volume reduction tank 12 in a state where the lunch box and leftovers are combined, the volume can be reduced without any problem. Also, recycled oil can be obtained from the plastic used in the lunch box. When reducing the volume of the convenience store lunch box that has expired, it is preferable that the tank temperature of the oilification tank 21 that is the highest temperature is about 360 ° C.

  Further, when a waste tire having a wire as well as a rubber material is put into the volume reducing tank 12, the volume can be reduced without any problem and the residue can be taken out. Since this residue contains many combustible materials, it can be reused as a solid fuel. Thus, when reducing a volume of a waste tire, it is preferable to make the tank internal temperature of the oilification tank 21 used as the highest temperature into about 450 degreeC.

  Also, when construction waste is thrown in, the volume can be reduced without any problem, and residues and recycled oil can be taken out. Construction waste is often mixed with wood scrap, metal scrap, wire scrap, glass, ceramics, and the like. Thus, even when construction waste materials in which various materials are mixed are put into the volume reduction tank 12, the volume can be reduced without any problem and the residue and recycled oil can be taken out. Since the residue contains a large amount of combustible material, it can be used as a solid fuel.

  Moreover, even when clothes such as uniforms are thrown into the volume reduction tank 12, the volume can be reduced without any problem and the residue can be taken out. Since the residue contains a large amount of combustible material, it can be used as a solid fuel.

  In this way, it is possible to provide a highly convenient waste treatment vehicle 1 that can reliably reduce the volume even when various substances are added and can reuse resources.

  In addition, since the waste disposal automobile 1 has the drive engine 35 and the wheels 33 and can move freely, the waste disposal vehicle 1 is transported to a disposal facility and reduced in volume, as in the past. The trouble of carrying can be reduced. In other words, since the waste treatment vehicle 1 can move to a place where the waste is present and reduce the volume of the waste on the spot, the volume of the waste can be easily reduced and efficiently transported. .

  In addition, since the waste disposal automobile 1 can crush the waste in front and discharge it to the rear while traveling, the volume of waste discarded in the landfill can be efficiently reduced.

  In addition, for example, in a factory that manufactures plastic molded products such as plastic models, excess plastic is generated due to mold removal. The waste disposal automobile 1 can be sent to such a factory, and plastic surplus can be collected and reduced in volume.

  In addition, for example, rain can be made of metal and PVC. The waste disposal vehicle 1 can be sent to the site to reduce the volume on the spot even when it is raining.

  In addition, the waste disposal automobile 1 can be transferred to various organizations such as the Self-Defense Force and the police station, and the uniform can be reduced on the spot. In this case, the uniform can be prevented from being illegally leaked during the disposal process, which can be used to ensure confidentiality.

  In addition, the waste treatment vehicle 1 can also obtain A heavy oil by converting waste into oil. Since this A heavy oil can be used as a heating raw material for the steam generator 11 and the like, the volume of waste can be reduced efficiently.

  Moreover, since the inside of the oilification tank 21 is filled with water vapor and oxygen is removed, it is possible to prevent combustibles from burning even when heated to a high temperature of 400 ° C. to 500 ° C. Thereby, the certainty of isolation | separation of a sclerosing | hardenable substance, a flame-retardant member, and a thermoplastic member can be improved, and it can prevent that the tank surface of the oilification tank 21 is sooted.

  If FRP, waste plastic, waste oil, or the like is thrown into the waste disposal vehicle 1 as waste, oil and moisture can be extracted from the waste and reused, and the remaining solids can be reliably Can be crushed. Therefore, waste can be processed efficiently.

  In addition, in the above embodiment, although the volume reduction tank 12 and the oilification tank 21 were provided separately, you may integrate and provide as a volume reduction tank. In this case, the waste disposal automobile 1 can be downsized.

  In addition, the waste disposal automobile 1 may be used as a volume-reduction carbonized automobile by going to a facility such as a hospital or an elderly facility. In this case, if wastes used in the hospital, such as plastic, tableware, sheets, and injection needles, are put into the volume reduction tank 12, the crushed material that has been reduced in volume and sterilized is discharged from the crushing device 22. Become. That is, the input waste is reduced in volume in the volume reduction tank 12, carbonized and sterilized in the oilification tank 21, and crushed into pieces by the crushing device 22. This makes it possible to safely sterilize and reduce the volume of waste that may be used in hospitals and have bacteria attached thereto, and facilitate subsequent handling.

FIG. 3 shows a partially enlarged view of the waste disposal automobile 1 of the second embodiment, and FIG. 4 shows a flowchart of the operation of the waste disposal automobile 1 of the second embodiment.
In this embodiment, the oil tank 21 is provided with opening / closing lids C1 to C4 for opening and closing the communication holes H1 to H4. More specifically, the oil tank 21 communicates with a communication hole H 1 that communicates with the steam generator 11, a communication hole H 2 that communicates with the volume reduction tank 12, a communication hole H 3 that communicates with the chlorine removal device 23, and a crushing device 22. A communication hole H4 is provided.

  Open / close lids C1 to C4 are provided in the communication holes H1 to H4, respectively. The open / close lids C1 to C4 are driven to open and close by an open / close drive device (not shown). As a result, the open / close lids C1 to C4 are opened as shown in FIG. 3 (A) and the inside of the oil bath 21 is opened, and the open / close lids C1 to C4 are closed as shown in FIG. 3 (B). The state can be changed to a sealed state in which the inside of the oil bath 21 is sealed.

  The open / close lids C1 to C4 may be opened / closed by an appropriate configuration, such as being collectively opened / closed by the same control, or individually opened / closed.

  Moreover, since the communication hole H1 functions as a water vapor inlet for introducing water vapor into the oil bath 21 from the water vapor generator 11, the water vapor inlet may be provided at a plurality of locations. In this case, it becomes easy to introduce the heated water vapor into the oil bath 21 evenly.

  Further, the communication hole H3 functions as a vaporized material outlet for extracting the vaporized material to the chlorine removing device 23. The vaporized material is sent out from the vaporized material outlet to the chlorine removing device 23 together with the water vapor.

  As shown in FIG. 4, the waste disposal automobile 1 of the second embodiment performs a sterilization process in addition to the processes described in the first embodiment. This sterilization step is performed after the volume reduction step and before the oil conversion step. In this sterilization process, the waste disposal automobile 1 uses the open / close drive device to close all the open / close lids C1 to C4 to make the oil tank 21 hermetically sealed, and heats in this sealed state. At this time, since the inside of the oilification tank 21 is in a sealed state, the atmospheric pressure is increased and a high-pressure atmosphere (for example, about 2 atmospheres) in which the pressure is higher than the air pressure is obtained. Therefore, the temperature in the volume reduction tank 12 can be raised higher than when the air pressure atmosphere is open and the temperature can be raised to about 800 ° C. or higher. Thereby, the sterilization process which kills the microbe adhering to waste can be performed. This sterilization process is very effective for the treatment of waste after use in a hospital. By performing this sterilization treatment, management such as infection prevention is unnecessary for the subsequent waste management, and the handling can be facilitated.

  When this sterilization process is completed, the waste disposal vehicle 1 opens all the open / close lids C1 to C4 and proceeds to the next oil conversion process. Since processes (steps S11 to S12, S14 to S18) other than the sterilization process are the same as the respective processes (steps S1 to S7) of the above-described embodiment, detailed description thereof is omitted. In addition, processes (steps S11-S12, S14-S18) other than these sterilization processes are performed with all the opening / closing lids C1-C4 opened.

  With the above configuration and operation, the waste can be sterilized and then oiled. Sterilization makes it easy to manage the residue after liquefaction, and measures such as infection prevention can be omitted. Moreover, by oiling after sterilization, bacteria can be prevented from flowing into the crushing device 22 and the chlorine removing device 23 while alive. Moreover, the same effect as Example 1 can also be acquired.

FIG. 5 is a flowchart for explaining the operation of the waste disposal automobile 1 of the third embodiment.
The waste treatment vehicle 1 is configured so that the order of the steps in the second embodiment is partially different, and the sterilization step (step S25) is executed next to the oil conversion step (step S23). Since other configurations and operations are the same as those in the second embodiment, detailed description thereof is omitted.

  With the above configuration and operation, the residue generated in the oiling step can be sterilized in the oiling tank 21 at a high temperature (for example, about 800 ° C. or higher) under a high-pressure atmosphere (for example, 2 atm). Therefore, handling of subsequent residues can be facilitated. Further, the same effect as that of the first embodiment can be obtained.

  In addition, you may comprise the waste processing apparatus which excludes the wheel 33 and the drive engine 35 from each waste processing motor vehicle 1 of the above embodiment, and is equipped and used in a facility. In this case, even if it cannot be moved, the volume can be reduced at the place where it is installed, and it is possible to take out reclaimed oil, take out metals, take out solid fuel, and the like. Further, the waste treatment apparatus can be enlarged, and a large amount of waste can be reduced at a time.

In correspondence between the configuration of the present invention and the above-described embodiment,
The steam supply means of the present invention corresponds to the steam generator 11 of the embodiment,
Similarly,
The volume reduction heating means corresponds to the volume reduction tank 12 and the oilification tank 21,
The crushing means corresponds to the crushing device 22,
The drive means corresponds to the drive engine 35,
The first communication hole corresponds to the communication hole H4,
The second communication hole corresponds to the communication hole H1,
The open / close lids correspond to the open / close lids C1 and C4.
The present invention is not limited only to the configuration of the above-described embodiment, and many embodiments can be obtained.

The block diagram of a waste disposal vehicle. The flowchart of the process which a waste disposal vehicle implements. FIG. 4 is a partially enlarged explanatory view of a waste disposal automobile according to a second embodiment. The flowchart of the process which the waste disposal motor vehicle of Example 2 implements. 10 is a flowchart of a process performed by the waste disposal automobile according to the third embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Waste-processing automobile, 11 ... Water vapor generation device, 12 ... Volume reduction tank, 21 ... Oilification tank, 22 ... Crushing device, 25 ... Oil-water separator, 31 ... Excavator part, 33 ... Wheel, 35 ... Drive engine, C1, C4 ... Open / close lid, H1, H4 ... Through hole

Claims (16)

A volumetric heating means for allowing the waste to be charged and reducing and heating the waste;
Steam supply means for filling the volume-reducing heat means with steam;
Crushing means for crushing waste heated by the volume reduction heating means;
Wheels located at the bottom of the body,
A waste disposal automobile comprising drive means for rotating the wheels. The waste disposal automobile according to claim 1, wherein the waste is a member containing a thermoplastic material. The waste disposal automobile according to claim 1 or 2, wherein the waste is a member containing a thermosetting material. The disposal according to claim 1, 2, or 3, wherein the temperature of the heating tank of the volume reduction heating means and the steam temperature of the steam supplied into the heating tank by the steam supply means are the same or substantially the same. Material handling car. The waste-processing vehicle according to claim 4, wherein the heating bath temperature and the steam temperature are about 400 ° C to 500 ° C. The volume reduction heat means is provided with a first communication hole to the crushing means and a second communication hole to the steam supply means,
The waste disposal vehicle according to any one of claims 1 to 5, further comprising an opening / closing lid that opens and closes the first communication hole and the second communication hole. The opening / closing lid is closed and heating is performed by the volume reduction heating unit, and the waste or the residue after volume reduction of the waste is sterilized by pressurizing the volume reduction heating unit to a high pressure atmosphere. The waste disposal automobile according to claim 6. A volumetric heating means for allowing the waste to be charged and reducing and heating the waste;
Steam supply means for filling the volume-reducing heat means with steam;
Crushing means for crushing waste heated by the volume reduction heating means;
Wheels located at the bottom of the body,
Drive means for rotationally driving the wheel,
The volume reduction heating means has a vaporized substance take-out part for taking out the vaporized vaporized substance,
A waste disposal automobile provided with an oil / water separation device for separating oil / water from the vaporized substance taken out from the vaporized substance taking-out part. A volumetric heating means for allowing the waste to be charged and reducing and heating the waste;
Steam supply means for filling the volume-reducing heat means with steam;
A waste treatment apparatus comprising crushing means for crushing waste heated by the volume reduction heating means. The volume reduction heating means has a vaporized substance take-out part for taking out the vaporized vaporized substance,
An oil / water separator for separating the vaporized substance taken out from the vaporized substance takeout part into oil / water,
The waste processing apparatus according to claim 9, wherein recycled oil, metal, and residues are taken out from the waste plastic and adducts that are input. The volume reduction heating means has a vaporized substance take-out part for taking out the vaporized vaporized substance,
An oil / water separator for separating the vaporized substance taken out from the vaporized substance takeout part into oil / water,
The waste processing apparatus according to claim 9, wherein the reduced volume residue is taken out from the thermosetting resin such as FRP that has been input. The volume reduction heating means has a vaporized substance take-out part for taking out the vaporized vaporized substance,
An oil / water separator for separating the vaporized substance taken out from the vaporized substance takeout part into oil / water,
The waste disposal apparatus according to claim 9, wherein a metal and a residue are taken out from the inserted electric wire. The volume reduction heating means has a vaporized substance take-out part for taking out the vaporized vaporized substance,
An oil / water separator for separating the vaporized substance taken out from the vaporized substance takeout part into oil / water,
The waste processing apparatus according to claim 9, wherein the recycled oil and the residue are taken out from the lunch box for the combination with expired expiration date. The volume reduction heating means has a vaporized substance take-out part for taking out the vaporized vaporized substance,
An oil / water separator for separating the vaporized substance taken out from the vaporized substance takeout part into oil / water,
The waste disposal apparatus according to claim 9, wherein combustible residue is taken out from the thrown-in waste tire. The volume reduction heating means has a vaporized substance take-out part for taking out the vaporized vaporized substance,
An oil / water separator for separating the vaporized substance taken out from the vaporized substance takeout part into oil / water,
The waste disposal apparatus according to claim 9, wherein reclaimed oil and residue are extracted from the construction waste that has been input. The volume reduction heating means has a vaporized substance take-out part for taking out the vaporized vaporized substance,
An oil / water separator for separating the vaporized substance taken out from the vaporized substance takeout part into oil / water,
The waste disposal apparatus according to claim 9, wherein a combustible residue is taken out from the charged clothes.

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