CN102561140A - Method for making molding powder and gravel road - Google Patents
Method for making molding powder and gravel road Download PDFInfo
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- CN102561140A CN102561140A CN2011103723865A CN201110372386A CN102561140A CN 102561140 A CN102561140 A CN 102561140A CN 2011103723865 A CN2011103723865 A CN 2011103723865A CN 201110372386 A CN201110372386 A CN 201110372386A CN 102561140 A CN102561140 A CN 102561140A
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Abstract
The invention discloses a method for making a molding powder and gravel road. The method comprises the following steps of: crushing white waste materials and chemical fibers which are sorted from urban garbage waste materials into fragments, of which the diameters are 3 to 5 centimeters; grinding the fragments into molding powder and chemical fiber powder of 40 to 60 meshes; mixing the ground molding powder and chemical fiber powder, wherein the mixture of the molding powder and the chemical fiber powder comprises 60 to 70 weight percent of molding powder, 25 to 30 weight percent of chemical fiber powder and 5 to 10 weight percent of impurities; sorting and crushing urban building garbage, industrial waste slag, stone blocks and ceramic into gravels, of which the diameters are 0.5 centimeters, 0.5 to 1.5 centimeters and 1.5 to 3 centimeters; controlling the weight ratio (kilogram) of the mixture of the molding powder to the chemical fiber powder to the gravels to be 1:(9-1.5):8.5; mixing the molding powder, the chemical fiber powder and the gravels by a molding powder, chemical fiber powder and gravel synthesizer module; conveying the mixed molding powder, chemical fiber powder and gravel to the construction site through a special heat preservation truck; and paving the molding powder and gravel road by the mixed molding powder, chemical fiber powder and gravel at the temperature of between 150 and 180 DEG C.
Description
Technical field the present invention relates to a kind of useless garbage waste abrasive dust of moulding city such as woolen cloth of waste plastics, useless chemical fibre material, paper mill that utilizes and mixes the method for laying highway with stone.
The processing of background technology municipal refuse waste material is the difficult problem in the urban development process always, and the way of common disposal of refuse is to be sent to dumping area after collecting, or incinerates with incinerator.But both all can manufacturing environment the problem of protection, the garbage disposal in the dumping area improper can polluted underground water with stink, and can to supply to pile the area of filling out fewer and feweri in a lot of city.Incinerate and then unavoidably can produce toxic gas, the harm organism.Can let the municipal refuse waste material turn waste into wealth, benign cycle utilizes, and is the development trend in the municipal refuse waste disposal process.
Deficiency and the defective part of summary of the invention in order to overcome prior art, the present invention provides the method for production of a kind of molding powder, stone highway, and the molding powder that is laid to, stone highway are compared with bituminous highway; Equipment investment is little, and technology is simple, good waterproof performance; The material source of laying highway is the mineral products waste material in the city, building waste etc., energy-conserving and environment-protective; Through the processing waste material recycle, turn waste into wealth, solved the difficult problem of waste disposal in the municipal refuse.
The present invention for realizing the technical scheme that goal of the invention provides is:
The method for production of a kind of molding powder, stone highway: 1, with the white waste material that sub-elects in the municipal refuse waste material, chemical fibre fragmentation, be broken into the particle of 3-5CM, again particle worn into 40-60 purpose molding powder, chemical fibre powder; Molding powder behind the abrasive dust, chemical fibre powder are mixed (percentage by weight) molding powder 60%-70% in mixed molding powder, the chemical fibre powder, chemical fibre powder 25%-30%, impurity 5%-10%; Building waste, industrial residue, stone, the ceramic sorting in city is broken into the stone particle of 0.5cm, 0.5cm-1.5cm, 1.5cm-3cm; Through electronic scale and flow device the weight (kilogram compares) of the molding powder, chemical fibre powder and the stone that mix is controlled at 1: 9-1.5: 8.5; 2, mixed molding powder, chemical fibre powder are transported to molding powder, the high loader that mixes of chemical fibre powder, molding powder, chemical fibre powder are transported to discharging opening through hopper by loader; Get into high mixing through discharging opening and stir in the glassware, high mixing stirred the oil inlet pipe that the glassware warp is connected with the high temperature oil oven, and oil return pipe is heated; Make temperature be controlled at 90 ℃-110 ℃ through sensor control electronic valve, high mixing stirred glassware and is provided with exhaust opening, and the moisture in the high process of mixing molding powder after stirring glassware and mixing, chemical fibre powder in molding powder, the chemical fibre powder is discharged through exhaust opening; Molding powder after the humidity discharging, chemical fibre powder get into the heated type loader through the pneumatic type discharging opening; The oil inlet pipe that heated type loader warp is connected with the high temperature oil oven, oil return pipe is heated, and makes temperature be controlled at 90 ℃-110 ℃ through sensor control electronic valve; Be transported to the twin axle mixer through the heated type loader; The outlet of heated type loader is provided with vibrosieve, outside oil inlet pipe, oil return pipe and the insulation guard shield that is connected with the high temperature oil oven that connect of twin axle mixer, and the twin axle mixer makes temperature be controlled at 180 ℃-220 ℃ through the sensor control electromagnetic valve; In molding powder, the high mixed loader operation of chemical fibre powder; Stone particle through first step processing is sent in the stone high temperature rotary kiln, and stone high temperature rotary kiln heats stone to 220 ℃-240 ℃, and the stone after heating is sent into the heated type loader through the self-emptying mouth; Temperature in the heated type loader remains on 220 ℃-240 ℃, and stone is transported to the twin axle mixer through the heated type loader; 3, mixed molding powder, chemical fibre powder evenly mix with stone through vibrosieve; And in the mixed process without any additives; After molding powder, chemical fibre powder, stone mixed, the high temperature of stone dissolved molding powder, chemical fibre powder, and molding powder, chemical fibre powder and stone are integrated; The below of twin axle mixer is provided with storage bin, and the storage bin below is provided with the pressure and temp control valve; 4, after storage bin is filled with; Mix back molding powder, chemical fibre powder, stone through the control of pressure and temp control valve; Get into the special-purpose thermal insulation car through the self-emptying mouth; Mixed molding powder, chemical fibre powder, stone are transported to the job site through the special-purpose thermal insulation car, guarantee mixed molding powder, chemical fibre powder, stone temperature laying molding powder, stone highway under 150 ℃-180 ℃.
A kind of molding powder, stone synthesizer unit comprise molding powder, high loader, the stone high temperature rotary kiln of mixing of chemical fibre powder; The twin axle mixer, molding powder, the high loader that mixes of chemical fibre powder are provided with hopper, and hopper connects loader; Pneumatic type discharging opening below is provided with high mixing and stirs glassware, and high mixing stirred glassware and be provided with exhaust opening, and the outside is provided with oil-feed, return line, sensor; Oil-feed, return line are connected with the high temperature oil oven, and high mixing stirred glassware discharging opening below and had heated type loader, heated type loader to be provided with the high temperature oil oven outward to be connected oil-feed; Return line, the outlet of heated type loader is provided with vibrosieve, and heated type loader discharging opening below is provided with the twin axle mixer; Stone high temperature rotary kiln is provided with charging aperture, sensor, self-emptying mouth; Self-emptying mouth below is provided with the heated type loader, and heated type loader discharging opening below is provided with the twin axle mixer, and there is oil inlet pipe, oil return pipe and the insulation guard shield that connects the high temperature oil oven twin axle mixer outside; The below of twin axle mixer is provided with storage bin, and the storage bin below is provided with the pressure and temp control valve.
The invention has the advantages that: lay molding powder, chemical fibre powder, stone highway, material sources such as the molding powder of use, chemical fibre powder, stone are in the municipal refuse waste material, and in molding powder, chemical fibre powder and stone mixed process without any additives; Without glue, formaldehydeless, compare with equal bituminous highway; Low, the asphalt price of cost of production: 2300 yuan-5000 yuan/ton; And the waste plastics that refuse classification goes out, useless chemical fibre material, the useless about 1000-1800 unit/ton of the woollen direct abrasive dust of recovery of moulding in paper mill; Bituminous highway, stone require purity high, mould the stone highway, and stone is less demanding, in the building waste, brick, watt, the above particle of stone 0.5cm all can; Pitch must flow pitch by high temperature in process of production, and pitch ejection and stone mix lubricant one, asphalt high-temperature produces gas has harm to human body with high-temperature high pressure pump.Molding powder, chemical fibre powder mix with stone after just mixing humidity discharging, utilize the high temperature of stone that molding powder, chemical fibre powder are dissolved, and have only about 200 ℃ with the be integrated fusion temperature of molding powder, chemical fibre powder of stone, do not have irritating property smell, can shut down at any time, need not clear up.
Description of drawings Fig. 1 is molding powder, stone synthesizer set structure sketch map;
Fig. 2 is the structural representation of high temperature oil oven of the present invention.
The preferred method for production of a kind of molding powder of the specific embodiment, stone highway: 1, with the white plastic waste material that sub-elects in the municipal refuse waste material, chemical fibre fragmentation; Wherein plastics are main with PE, PT, PVC; Be broken into the particle of 3CM, again particle worn into 40 purpose molding powders, chemical fibre powder; Plastics, chemical fibre powder are mixed, molding powder 60% in mixed molding powder, the chemical fibre powder, chemical fibre powder 25%, impurity 15%, wherein impurity is dust, sandy soil, wood fiber.Building waste, industrial residue, stone, the ceramic sorting in city is broken into the stone particle of 0.5cm; Be controlled at 1: 9 through electronic scale and flow device weight proportion the molding powder, chemical fibre powder and the stone that mix, 2, mixed molding powder, chemical fibre powder are transported to molding powder, the high mixed loader of chemical fibre powder, molding powder, chemical fibre powder are through hopper 1; Be transported to discharging opening 3 by loader 2, get into high mixing through discharging opening 3 and stir in the glassware 4, high mixing stirred the oil inlet pipe 6 that glassware 4 connects through high temperature oil oven 5; Oil return pipe 7 is heated, and makes temperature be controlled at 90 ℃ through sensor 8 control electronic valves, and high mixing stirred glassware 4 and be provided with exhaust opening 9; Moisture in the high process of mixing the molding powder that stirs glassware 4 and mix, chemical fibre powder in molding powder, the chemical fibre powder is discharged through exhaust opening 9; Molding powder after the humidity discharging, chemical fibre powder get into heated type loader 12 through pneumatic type discharging opening 11, the oil inlet pipe 6 that heated type loader 12 connects through high temperature oil oven 5, and oil return pipe 7 is heated; Make temperature be controlled at 90 ℃ through sensor 8 control electronic valves; Be transported to twin axle mixer 13 through heated type loader 12,12 outlets of heated type loader are provided with vibrosieve 14, and there is the oil inlet pipe 6 that connects high temperature oil oven 5 twin axle mixer 13 outsides; Oil return pipe 7; Twin axle mixer 13 makes temperature be controlled at 180 ℃ through sensor 8 control electromagnetic valve, in molding powder, the high mixed loader operation of chemical fibre powder, sends in the stone high temperature rotary kiln 15 through the stone particle of first step processing; Stone high temperature rotary kiln 15 heats stone to 200 ℃; Stone after heating is sent into heated type loader 12 through self-emptying mouth 16, and the temperature in the heated type loader 12 remains on 200 ℃, and stone is transported to twin axle mixer 13 through heated type loader 12; 3, in molding powder, chemical fibre powder and stone mixed process without any additives; After molding powder, chemical fibre powder, stone mix; The high temperature of stone dissolves molding powder, chemical fibre powder; Molding powder, chemical fibre powder and stone are integrated, and the below of twin axle mixer 13 is provided with storage bin 17, and storage bin 17 belows are provided with the pressure and temp control valve; 4, after storage bin 17 is filled with; The molding powder that is integrated, chemical fibre powder, stone are through the control of pressure and temp control valve; Get into the special-purpose thermal insulation car through self-emptying mouth 16; The molding powder that is integrated, chemical fibre powder, stone are transported to the job site through special-purpose thermal insulation car 10, guarantee the molding powder, chemical fibre powder, stone laying molding powder, the stone highway under 150 ℃-180 ℃ that are integrated.
The method for production of a kind of molding powder, stone highway: 1, with the white plastic waste material that sub-elects in the municipal refuse waste material, chemical fibre fragmentation, wherein plastics are main with PE, PT, PVC, are broken into the particle of 3-5CM, again particle are worn into 50 purpose molding powders, chemical fibre powder; Plastics, chemical fibre powder are mixed, and wherein molding powder 70%, chemical fibre powder 20%, and impurity 10% is broken into the stone particle more than the 0.5CM with building waste, industrial residue, stone, the ceramic sorting in city; Be controlled at 4: 6 through electronic scale and flow device weight proportion the molding powder, chemical fibre powder and the stone that mix, 2, mixed molding powder, chemical fibre powder are transported to molding powder, the high mixed loader of chemical fibre powder, molding powder, chemical fibre powder are through hopper 1; Be transported to discharging opening 3 by loader 2, get into high mixing through discharging opening 3 and stir in the glassware 4, high mixing stirred the oil inlet pipe 6 that glassware 4 connects through high temperature oil oven 5; Oil return pipe 7 is heated, and makes temperature be controlled at 110 ℃ through sensor 8 control electronic valves, and high mixing stirred glassware 4 and be provided with gas port 9; Moisture in the high process of mixing the molding powder that stirs glassware 4 and mix, chemical fibre powder in molding powder, the chemical fibre powder is discharged through gas port 9; Molding powder after the humidity discharging, chemical fibre powder get into heated type loader 12 through pneumatic type discharging opening 11, the oil inlet pipe 6 that heated type loader 12 connects through high temperature oil oven 5, and oil return pipe 7 is heated; Make temperature be controlled at 110 ℃ through sensor 8 control electronic valves; Be transported to twin axle mixer 13 through heated type loader 12,12 outlets of heated type loader are provided with vibrosieve 14, and there is the oil inlet pipe 6 that connects high temperature oil oven 5 twin axle mixer 13 outsides; Oil return pipe 7; Twin axle mixer 13 makes temperature be controlled at 220 ℃ through sensor 8 control electromagnetic valve, in molding powder, the high mixed loader operation of chemical fibre powder, sends in the stone high temperature rotary kiln 15 through the stone particle of first step processing; Stone high temperature rotary kiln 15 heats stone to 300 ℃; Stone after heating is sent into heated type loader 12 through self-emptying mouth 16, and the temperature in the heated type loader 12 remains on 300 ℃, and stone is transported to twin axle mixer 13 through heated type loader 12; 3, in molding powder, chemical fibre powder and stone mixed process without any additives; After molding powder, chemical fibre powder, stone mix; The high temperature of stone dissolves molding powder, chemical fibre powder; Molding powder, chemical fibre powder and stone are integrated, and the below of twin axle mixer 13 is provided with storage bin 17, and storage bin 17 belows are provided with the pressure and temp control valve; 4, after storage bin 17 is filled with; Mix back molding powder, chemical fibre powder, stone through the control of pressure and temp control valve; Get into special-purpose thermal insulation car 10 through self-emptying mouth 16; Mixed molding powder, chemical fibre powder, stone are transported to the job site through special-purpose thermal insulation car 10, guarantee mixed molding powder, chemical fibre powder, stone temperature laying molding powder, stone highway under 150 ℃-180 ℃.
The method for production of a kind of molding powder, stone highway: 1, with the white plastic waste material that sub-elects in the municipal refuse waste material, chemical fibre fragmentation, wherein plastics are main with PE, PT, PVC, are broken into the particle of 3-5CM, again particle are worn into 60 purpose molding powders, chemical fibre powder; Plastics, chemical fibre powder are mixed, and wherein molding powder 65%, chemical fibre powder 15%, and impurity 20% is broken into the stone particle more than the 0.5CM with building waste, industrial residue, stone, the ceramic sorting in city; Be controlled at 1: 5 through electronic scale and flow device weight proportion the molding powder, chemical fibre powder and the stone that mix, 2, mixed molding powder, chemical fibre powder are transported to molding powder, the high mixed loader of chemical fibre powder, molding powder, chemical fibre powder are through hopper 1; Be transported to discharging opening 3 by loader 2, get into high mixing through discharging opening 3 and stir in the glassware 4, high mixing stirred the oil inlet pipe 6 that glassware 4 connects through high temperature oil oven 5; Oil return pipe 7 is heated, and makes temperature be controlled at 100 ℃ through sensor 8 control electronic valves, and high mixing stirred glassware 4 and be provided with exhaust opening 9; Moisture in the high process of mixing the molding powder that stirs glassware 4 and mix, chemical fibre powder in molding powder, the chemical fibre powder is discharged through exhaust opening 9; Molding powder after the humidity discharging, chemical fibre powder get into heated type loader 12 through pneumatic type discharging opening 11, the oil inlet pipe 6 that heated type loader 12 connects through high temperature oil oven 5, and oil return pipe 7 is heated; Make temperature be controlled at 100 ℃ through sensor 8 control electronic valves; Be transported to twin axle mixer 13 through heated type loader 12,12 outlets of heated type loader are provided with vibrosieve 14, and there is the oil inlet pipe 6 that connects high temperature oil oven 5 twin axle mixer 13 outsides; Oil return pipe 7; Twin axle mixer 13 makes temperature be controlled at 200 ℃ through sensor 8 control electromagnetic valve, in molding powder, the high mixed loader operation of chemical fibre powder, sends in the stone high temperature rotary kiln 15 through the stone particle of first step processing; Stone high temperature rotary kiln 15 heats stone to 220 ℃; Stone after heating is sent into heated type loader 12 through self-emptying mouth 16, and the temperature in the heated type loader 12 remains on 220 ℃, and stone is transported to twin axle mixer 13 through heated type loader 12; 3, in molding powder, chemical fibre powder and stone mixed process without any additives; After molding powder, chemical fibre powder, stone mix; The high temperature of stone dissolves molding powder, chemical fibre powder; Molding powder, chemical fibre powder and stone are integrated, and the below of twin axle mixer 13 is provided with storage bin 17, and storage bin 17 belows are provided with the pressure and temp control valve; 4, after storage bin 17 is filled with; Mix back molding powder, chemical fibre powder, stone through the control of pressure and temp control valve; Get into the special-purpose thermal insulation car through self-emptying mouth 16; Mixed molding powder, chemical fibre powder, stone are transported to the job site through special-purpose thermal insulation car 10, guarantee mixed molding powder, chemical fibre powder, stone temperature laying molding powder, stone highway under 150 ℃-180 ℃.
The price contrast of molding powder, stone highway and bituminous highway: asphalt price: 2300 yuan-5000 yuan/ton, the waste plastics that refuse classification goes out, useless chemical fibre material; The useless woollen about 1000-1800 unit/ton of direct abrasive dust that reclaims, the stone price: bituminous highway, stone requirement purity height of moulding in paper mill; Price is higher relatively, moulds the stone highway, and stone is less demanding; In the building waste, brick, watt, the above particle of stone 0.5cm all can, molding powder, stone highway and the contrast of bituminous highway technology: bituminous highway: stone is sent into mixing and blending machine with feeder; Stone is heated to 200 ℃-300 ℃; Can pitch is heated 200 ℃-300 ℃, uses high-temperature high pressure pump, pitch ejection and stone mix lubricant one.Molding powder, stone highway production technology: stone heat 200 ℃ of-300 ℃ of molding powders, chemical fibre powder, mix humidity discharging 90 ℃ of-110 ℃ of molding powders, chemical fibre powder and just mix humidity discharging and stone mixes after; Utilize the high temperature of stone that molding powder, chemical fibre powder are dissolved, be integrated with stone.Asphalt high-temperature produces gas has harm to human body, and molding powder, chemical fibre powder just mix humidity discharging, and after stone mixed, the fusion temperature of molding powder, chemical fibre powder had only about 200 ℃, does not have irritating property smell, can shut down at any time, need not clear up.
The raw material manufacture craft of molding powder, stone highway is simple, and the cost of material is low, with the garbage waste in the city, and sorting processing, recycle, energy-conserving and environment-protective are new directions of future city garbage disposal.
Claims (5)
1. the method for production of a molding powder, stone highway may further comprise the steps:
(1), the method for production of a kind of molding powder, stone highway: 1, with the white waste material that sub-elects in the municipal refuse waste material, chemical fibre fragmentation, be broken into the particle of 3-5CM, again particle worn into 40-60 purpose molding powder, chemical fibre powder; Plastics behind the abrasive dust, chemical fibre powder are mixed (percentage by weight) molding powder 60%-70% in mixed molding powder, the chemical fibre powder, chemical fibre powder 25%-30%, impurity 5%-10%; Building waste, industrial residue, stone, the ceramic sorting in city is broken into the stone particle of 0.5cm, 0.5cm-1.5cm, 1.5cm-3cm; Through electronic scale and flow device the weight (kilogram compares) of the molding powder, chemical fibre powder and the stone that mix is controlled at 1: 9-1.5: 8.5;
(2), mixed molding powder, chemical fibre powder are transported to the high loader that mixes of molding powder, chemical fibre powder, molding powder, chemical fibre powder are transported to discharging opening (3) through hopper (1) by loader (2); Getting into high mixing through discharging opening stirs in the glassware (4); High mixing stirred the oil inlet pipe (6) that glassware connects through the high temperature oil oven, and oil return pipe (7) is heated, and makes temperature be controlled at 90 ℃-110 ℃ through sensor (8) control electronic valve; High mixing stirred glassware and is provided with exhaust opening (9); Moisture in the high process of mixing molding powder after stirring glassware and mixing, chemical fibre powder in molding powder, the chemical fibre powder is discharged through exhaust opening, and the molding powder after the humidity discharging, chemical fibre powder get into heated type loader (12), the oil inlet pipe that heated type loader warp is connected with the high temperature oil oven through pneumatic type discharging opening (11); Oil return pipe is heated; Make temperature be controlled at 90 ℃-110 ℃ through sensor (8) control electronic valve, be transported to twin axle mixer (13) through the heated type loader, the outlet of heated type loader is provided with vibrosieve (14); There is oil inlet pipe, oil return pipe and the insulation guard shield that connects the high temperature oil oven twin axle mixer outside; The twin axle mixer makes temperature be controlled at 180 ℃-220 ℃ through the sensor control electromagnetic valve, in molding powder, the high mixed loader operation of chemical fibre powder, sends in the stone high temperature rotary kiln (15) through the stone particle of first step processing; Stone high temperature rotary kiln heats stone to 220 ℃-240 ℃; Stone after heating is sent into the heated type loader through self-emptying mouth (16), and the temperature in the heated type loader remains on 220 ℃-240 ℃, and stone is transported to the twin axle mixer through the heated type loader;
(3), mixed molding powder, chemical fibre powder evenly mix with stone through vibrosieve; And in the mixed process without any additives; After molding powder, chemical fibre powder, stone mixed, the high temperature of stone dissolved molding powder, chemical fibre powder, and molding powder, chemical fibre powder and stone are integrated; The below of twin axle mixer is provided with storage bin (17), and the storage bin below is provided with the pressure and temp control valve; 4, after storage bin is filled with; Mix back molding powder, chemical fibre powder, stone through the control of pressure and temp control valve; Get into special-purpose thermal insulation car (10) through the self-emptying mouth; Mixed molding powder, chemical fibre powder, stone are transported to the job site through the special-purpose thermal insulation car, guarantee mixed molding powder, chemical fibre powder, stone temperature laying molding powder, stone highway under 150 ℃-180 ℃.
2. the method for production of a kind of molding powder according to claim 1, stone highway; It is characterized in that: the preferred method for production of a kind of molding powder, stone highway: may further comprise the steps: (1), the white plastic waste material that sub-elects in the municipal refuse waste material, chemical fibre is broken; Wherein plastics are main with PE, PT, PVC; Be broken into the particle of 3CM, again particle worn into 40 purpose molding powders, chemical fibre powder; Plastics, chemical fibre powder are mixed; Molding powder 60% in mixed molding powder, the chemical fibre powder; Chemical fibre powder 25%, impurity 15%, wherein impurity is the stone particle that dust, sandy soil, wood fiber are broken into building waste, industrial residue, stone, the ceramic sorting in city 0.5cm; Be controlled at 1: 9 through electronic scale and flow device weight proportion the molding powder, chemical fibre powder and the stone that mix;
(2), mixed molding powder, chemical fibre powder are transported to the high loader that mixes of molding powder, chemical fibre powder, molding powder, chemical fibre powder are transported to discharging opening (3) through hopper (1) by loader (2); Get into high mixing through discharging opening (3) and stir in the glassware (4), high mixing stirred the oil inlet pipe (6) that glassware (4) connects through high temperature oil oven (5), and oil return pipe (7) is heated; Make temperature be controlled at 90 ℃ through sensor (8) control electronic valve; High mixing stirred glassware and is provided with exhaust opening (9), and the moisture in the high process of mixing the molding powder that stirs glassware (4) and mix, chemical fibre powder in molding powder, the chemical fibre powder is discharged through exhaust opening (9), and the molding powder after the humidity discharging, chemical fibre powder get into heated type loader (12) through pneumatic type discharging opening (11); The oil inlet pipe (6) that heated type loader (12) connects through high temperature oil oven (5); Oil return pipe (7) is heated, and makes temperature be controlled at 90 ℃ through sensor (8) control electronic valve, is being transported to twin axle mixer (13) through heated type loader (12); Heated type loader (12) outlet is provided with vibrosieve (14); There is the oil inlet pipe (6) that connects high temperature oil oven (5) twin axle mixer (13) outside, oil return pipe (7), and twin axle mixer (13) makes temperature be controlled at 180 ℃ through the sensor control electromagnetic valve; In molding powder, the high mixed loader operation of chemical fibre powder; Stone particle through first step processing is sent in the stone high temperature rotary kiln (15), and stone high temperature rotary kiln heats stone to 200 ℃, and the stone after heating is sent into heated type loader (12) through self-emptying mouth (16); Temperature in the heated type loader (12) remains on 200 ℃, and stone is transported to the twin axle mixer through the heated type loader;
(3), in molding powder, chemical fibre powder and stone mixed process without any additives; After molding powder, chemical fibre powder, stone mix; The high temperature of stone dissolves molding powder, chemical fibre powder; Molding powder, chemical fibre powder and stone are integrated, and the below of twin axle mixer is provided with storage bin (17), and the storage bin below is provided with the pressure and temp control valve; (4), after storage bin is filled with; Mix back molding powder, chemical fibre powder, stone through the control of pressure and temp control valve; Get into the special-purpose thermal insulation car through the self-emptying mouth; Mixed molding powder, chemical fibre powder, stone are transported to the job site through special-purpose thermal insulation car (10), guarantee mixed molding powder, chemical fibre powder, stone temperature laying molding powder, stone highway under 150 ℃-180 ℃.
3. the method for production of a kind of molding powder according to claim 1, stone highway is characterized in that: the method for production of a kind of molding powder, stone highway: may further comprise the steps:
(1), the white plastic waste material that sub-elects in the municipal refuse waste material, chemical fibre is broken, wherein plastics are main with PE, PT, PVC, are broken into the particle of 3-5CM, again particle are worn into 50 purpose molding powders, chemical fibre powder; Plastics, chemical fibre powder are mixed, and wherein molding powder 70%, chemical fibre powder 20%, and impurity 10% is broken into the stone particle more than the 0.5CM with building waste, industrial residue, stone, the ceramic sorting in city; Be controlled at 4: 6 through electronic scale and flow device weight proportion the molding powder, chemical fibre powder and the stone that mix;
(2), mixed molding powder, chemical fibre powder are transported to the high loader that mixes of molding powder, chemical fibre powder, molding powder, chemical fibre powder are transported to discharging opening through hopper by loader; Get into high mixing through discharging opening and stir in the glassware, high mixing stirred the oil inlet pipe that glassware connects through the high temperature oil oven, and oil return pipe is heated; Make temperature be controlled at 110 ℃ through sensor control electronic valve, high mixing stirred glassware and is provided with exhaust opening, and the moisture in the high process of mixing the molding powder that stirs glassware and mix, chemical fibre powder in molding powder, the chemical fibre powder is discharged through exhaust opening; Molding powder after the humidity discharging, chemical fibre powder get into the heated type loader through the pneumatic type discharging opening, the oil inlet pipe that the heated type loader connects through the high temperature oil oven, and oil return pipe is heated; Make temperature be controlled at 110 ℃ through sensor control electronic valve; Be transported to the twin axle mixer through the heated type loader, the outlet of heated type loader is provided with vibrosieve, and there is the oil inlet pipe that connects the high temperature oil oven twin axle mixer outside; Oil return pipe; The twin axle mixer makes temperature be controlled at 220 ℃ through the sensor control electromagnetic valve, in molding powder, the high mixed loader operation of chemical fibre powder, sends in the stone high temperature rotary kiln through the stone particle of first step processing; Stone high temperature rotary kiln heats stone to 300 ℃; Stone after heating is sent into the heated type loader through the self-emptying mouth, and the temperature in the heated type loader remains on 300 ℃, and stone is transported to the twin axle mixer through the heated type loader;
(3), in molding powder, chemical fibre powder and stone mixed process without any additives; After molding powder, chemical fibre powder, stone mix; The high temperature of stone dissolves molding powder, chemical fibre powder; Molding powder, chemical fibre powder and stone are integrated, and the below of twin axle mixer is provided with storage bin, and the storage bin below is provided with the pressure and temp control valve;
(4), after storage bin is filled with; Mix back molding powder, chemical fibre powder, stone through the control of pressure and temp control valve; Get into the special-purpose thermal insulation car through the self-emptying mouth; Mixed molding powder, chemical fibre powder, stone are transported to the job site through the special-purpose thermal insulation car, guarantee mixed molding powder, chemical fibre powder, stone temperature laying molding powder, stone highway under 150 ℃-180 ℃.
4. the method for production of a kind of molding powder according to claim 1, stone highway; It is characterized in that: the method for production of a kind of molding powder, stone highway: may further comprise the steps: (1), 1, the white plastic waste material that sub-elects in the municipal refuse waste material, chemical fibre is broken; Wherein plastics are main with PE, PT, PVC; Be broken into the particle of 3-5CM, again particle worn into 60 purpose molding powders, chemical fibre powder; Plastics, chemical fibre powder are mixed, and wherein molding powder 65%, chemical fibre powder 15%, and impurity 20% is broken into the stone particle more than the 0.5CM with building waste, industrial residue, stone, the ceramic sorting in city; Be controlled at 1: 5 through electronic scale and flow device weight proportion the molding powder, chemical fibre powder and the stone that mix;
(2), mixed molding powder, chemical fibre powder are transported to the high loader that mixes of molding powder, chemical fibre powder, molding powder, chemical fibre powder are transported to discharging opening through hopper by loader; Get into high mixing through discharging opening and stir in the glassware, high mixing stirred the oil inlet pipe that glassware connects through the high temperature oil oven, and oil return pipe is heated; Make temperature be controlled at 100 ℃ through sensor control electronic valve, high mixing stirred glassware and is provided with exhaust opening, and the moisture in the high process of mixing the molding powder that stirs glassware and mix, chemical fibre powder in molding powder, the chemical fibre powder is discharged through exhaust opening; Molding powder after the humidity discharging, chemical fibre powder get into the heated type loader through the pneumatic type discharging opening, the oil inlet pipe that the heated type loader connects through the high temperature oil oven, and oil return pipe is heated; Make temperature be controlled at 100 ℃ through sensor control electronic valve; Be transported to the twin axle mixer through the heated type loader, the outlet of heated type loader is provided with vibrosieve, and there is the oil inlet pipe that connects the high temperature oil oven twin axle mixer outside; Oil return pipe; The twin axle mixer makes temperature be controlled at 200 ℃ through the sensor control electromagnetic valve, in molding powder, the high mixed loader operation of chemical fibre powder, sends in the stone high temperature rotary kiln through the stone particle of first step processing; Stone high temperature rotary kiln heats stone to 220 ℃; Stone after heating is sent into the heated type loader through the self-emptying mouth, and the temperature in the heated type loader remains on 220 ℃, and stone is transported to the twin axle mixer through the heated type loader;
(3), in molding powder, chemical fibre powder and stone mixed process without any additives; After molding powder, chemical fibre powder, stone mix; The high temperature of stone dissolves molding powder, chemical fibre powder; Molding powder, chemical fibre powder and stone are integrated, and the below of twin axle mixer is provided with storage bin, and the storage bin below is provided with the pressure and temp control valve;
(4), after storage bin is filled with; Mix back molding powder, chemical fibre powder, stone through the control of pressure and temp control valve; Get into the special-purpose thermal insulation car through the self-emptying mouth; Mixed molding powder, chemical fibre powder, stone are transported to the job site through the special-purpose thermal insulation car, guarantee mixed molding powder, chemical fibre powder, stone temperature laying molding powder, stone highway under 150 ℃-180 ℃.
5. a molding powder, stone synthesizer unit is characterized in that: comprise molding powder, high loader, the stone high temperature rotary kiln of mixing of chemical fibre powder; The twin axle mixer, molding powder, the high loader that mixes of chemical fibre powder are provided with hopper, and hopper connects loader; Pneumatic type discharging opening below is provided with high mixing and stirs glassware, and high mixing stirred glassware and be provided with exhaust opening, and the outside is provided with oil-feed, oil return pipe, sensor; Oil-feed, return line are connected with the high temperature oil oven, and high mixing stirred glassware discharging opening below and had heated type loader, heated type loader to be provided with the high temperature oil oven outward to be connected oil-feed; Oil return pipe, the outlet of heated type loader is provided with vibrosieve, and heated type loader discharging opening below is provided with the twin axle mixer; Stone high temperature rotary kiln is provided with charging aperture, sensor, self-emptying mouth; Self-emptying mouth below is provided with the heated type loader, and heated type loader discharging opening below is provided with the twin axle mixer, and there is oil inlet pipe, oil return pipe and the insulation guard shield that connects the high temperature oil oven twin axle mixer outside; The below of twin axle mixer is provided with storage bin, and the storage bin below is provided with the pressure and temp control valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110372386.5A CN102561140B (en) | 2011-11-22 | 2011-11-22 | Method for making molding powder and gravel road, and appliance therefor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110372386.5A CN102561140B (en) | 2011-11-22 | 2011-11-22 | Method for making molding powder and gravel road, and appliance therefor |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102561140A true CN102561140A (en) | 2012-07-11 |
| CN102561140B CN102561140B (en) | 2015-05-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110372386.5A Expired - Fee Related CN102561140B (en) | 2011-11-22 | 2011-11-22 | Method for making molding powder and gravel road, and appliance therefor |
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| CN (1) | CN102561140B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109958027A (en) * | 2017-12-23 | 2019-07-02 | 侯林杰 | A kind of crushing gravel asphalt mixing unit |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0116816A1 (en) * | 1983-01-20 | 1984-08-29 | Ab Skanska Cementgjuteriet | Method of re-using asphalt covering and asphalt covering mass produced according to the method |
| US6000877A (en) * | 1995-11-09 | 1999-12-14 | Plasphalt Project Ltd. Co. | Plastic asphalt paving material and method of making same |
| JP2004091535A (en) * | 2002-08-29 | 2004-03-25 | Sumitomo Osaka Cement Co Ltd | Grout for frozen ground, its preparation and grouting method |
| CN101701446A (en) * | 2009-10-15 | 2010-05-05 | 冯海赓 | Equipment for reclaiming old bituminous concrete |
| CN202323628U (en) * | 2011-11-22 | 2012-07-11 | 韩进军 | Molding powder and pebble synthesizer unit |
-
2011
- 2011-11-22 CN CN201110372386.5A patent/CN102561140B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0116816A1 (en) * | 1983-01-20 | 1984-08-29 | Ab Skanska Cementgjuteriet | Method of re-using asphalt covering and asphalt covering mass produced according to the method |
| US6000877A (en) * | 1995-11-09 | 1999-12-14 | Plasphalt Project Ltd. Co. | Plastic asphalt paving material and method of making same |
| JP2004091535A (en) * | 2002-08-29 | 2004-03-25 | Sumitomo Osaka Cement Co Ltd | Grout for frozen ground, its preparation and grouting method |
| CN101701446A (en) * | 2009-10-15 | 2010-05-05 | 冯海赓 | Equipment for reclaiming old bituminous concrete |
| CN202323628U (en) * | 2011-11-22 | 2012-07-11 | 韩进军 | Molding powder and pebble synthesizer unit |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109958027A (en) * | 2017-12-23 | 2019-07-02 | 侯林杰 | A kind of crushing gravel asphalt mixing unit |
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|---|---|
| CN102561140B (en) | 2015-05-13 |
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