CN205074330U - Solid waste landfill processing apparatus - Google Patents
Solid waste landfill processing apparatus Download PDFInfo
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- CN205074330U CN205074330U CN201520876885.1U CN201520876885U CN205074330U CN 205074330 U CN205074330 U CN 205074330U CN 201520876885 U CN201520876885 U CN 201520876885U CN 205074330 U CN205074330 U CN 205074330U
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Abstract
The utility model discloses a solid waste landfill processing apparatus, including main landfill pond, the pool wall all around and the bottom of the pool in main landfill pond all set up to steel concrete layer, and pool wall and bottom of the pool are provided with the barrier layer around the main landfill pond, the middle part in main landfill pond is provided with the useless landfill pond of the danger that is used for the dangerous solid waste of landfill, the useless landfill pond of danger be general useless landfill all around regional, the pool wall all around in the useless landfill pond of this danger all sets up to steel concrete layer with the bottom of the pool, just endanger give up the landfill pond around pool wall and bottom of the pool be provided with the barrier layer, being provided with the circumferential highway that makes things convenient for vehicle operation around the main landfill pond, being connected with the warehouse entry road between the useless landfill pond of this circumferential highway and danger and putting the platform in storage, the top in main landfill pond is provided with and prevents that the rainwater from getting into the ceiling in main landfill pond. This landfill processing apparatus can the ordinary solid waste of effectual landfill and poisonous and harmful's solid waste, makes poisonous and harmful's solid waste's landfill effectual, prevents the diffusion of poisonous and harmful material.
Description
Technical field
The utility model relates to a kind of solid waste landfill disposal device, for the solid waste of landfill industry.
Background technology
Solid waste refers in production, though the original value of forfeiture that produces or do not lose the solid that value is abandoned or abandons in life and other active procedures, semi-solid, solid waste can be divided into two poisonous and nontoxic large classes.Poisonous and harmful solid waste refers to have toxicity, inflammability, corrosivity, reactivity, radioactivity and communicable solid, semisolid waste, and the solid waste containing heavy metal produced due to plating is then more common.And solid waste landfill ratio common during solid waste landfill is easier to, but this kind of poisonous solid waste landfill difficulty containing heavy metal is high, once landfill poor quality, heavy metal may flow out and cause soil pollution.
Utility model content
Technical problem to be solved in the utility model is: provide a kind of solid waste landfill disposal device, this landfill disposal device can effectively landfill ordinary solid discarded object and poisonous and hazardous solid waste, make the landfill of poisonous and hazardous solid waste effective, prevent the diffusion of poisonous and harmful substance.
For solving the problems of the technologies described above, the technical solution of the utility model is: a kind of solid waste landfill disposal device, comprise main landfill pond, steel concrete layer is all set at the bottom of the surrounding pool wall in described main landfill pond and pond, impervious barrier is provided with at the bottom of the surrounding pool wall in main landfill pond and pond, the middle part in the described main landfill pond danger be provided with for the dangerous solid waste of landfill is given up landfill pond, the surrounding in the useless landfill pond of danger is general useless landfill region, this danger is given up at the bottom of the surrounding pool wall in landfill pond and pond and is all set to steel concrete layer, and be provided with impervious barrier at the bottom of the surrounding pool wall in the useless landfill pond of danger and pond, the surrounding in described main landfill pond is provided with the circumferential highway facilitating vehicle operating, be connected with between this circumferential highway and the useless landfill pond of danger and put road in storage and put platform in storage, the top in main landfill pond is provided with the ceiling preventing rainwater from entering main landfill pond.
As the preferred scheme of one, the surrounding pool wall in described main landfill pond is with to be provided with impervious barrier at the bottom of pond identical, and this impervious barrier comprises filling out and is laid on the pool wall in main landfill pond and the argillic horizon at the bottom of pond, and antiseepage film is laid on the top of this argillic horizon.
As the preferred scheme of one, the give up impervious barrier at the bottom of pond in landfill pond of described danger comprises the clay basic unit be layed on steel concrete layer, clay basic unit upper berth is provided with the first geotextiles, first geotextiles is equipped with the first antiseepage rete, first antiseepage rete upper berth is provided with bentonite bed, bentonite bed is equipped with the second antiseepage rete, and the second antiseepage rete upper berth is provided with the second geotechnological layer of cloth, second geotechnological layer of cloth upper berth is provided with rubble guide layer, rubble guide layer is equipped with Woven geofabric layer.
As the preferred scheme of one, the give up impervious barrier of pool wall in landfill pond of described danger comprises the geotechnological layer of cloth be layed on pool wall, and this geotechnological layer of cloth upper berth is provided with two-layer antiseepage rete, outermost antiseepage rete repaves and is provided with geotextiles layer.
As the preferred scheme of one, the outside in described main landfill pond is also provided with percolate recovery pond, equal pipeline communication between this percolate recovery pond and main landfill pond and between the useless landfill pond of danger.
As the preferred scheme of one, the outer edge place of described ceiling is provided with collection tank, and the outside in this main landfill pond is also provided with stormwater tank, cross current between this collection tank and stormwater tank.
As the preferred scheme of one, the periphery in described main landfill pond is provided with and prevents surface water from entering the dykes and dams that dam in main landfill pond.
After have employed technique scheme, effect of the present utility model is: this landfill disposal apparatus structure is more reasonable, utilize the middle part in main landfill pond that the useless landfill pond of danger is set, make the peripheral landfill ordinary solid discarded object in main landfill pond, and the dangerous solid waste landfill of central area is in the useless landfill pond of danger, and do Anti-seeping technology at the bottom of the pool wall in main landfill pond and the useless landfill pond of danger and pond, such danger landfill pond of giving up has dual antiseepage function, thus make the landfill of poisonous and hazardous solid waste effective, prevent the diffusion of poisonous and harmful substance.
Again due to described danger give up landfill pond pond at the bottom of impervious barrier comprise the clay basic unit be layed on steel concrete layer, clay basic unit upper berth is provided with the first geotextiles, first geotextiles is equipped with the first antiseepage rete, first antiseepage rete upper berth is provided with bentonite bed, bentonite bed is equipped with the second antiseepage rete, second antiseepage rete upper berth is provided with the second geotechnological layer of cloth, and the second geotechnological layer of cloth upper berth is provided with rubble guide layer, rubble guide layer is equipped with Woven geofabric layer.Bentonite can adsorb the percolate into entering between the first antiseepage rete and the second antiseepage rete, avoid oozing out further, and rubble guide layer can make percolate derive from the outside of the second geotechnological layer of cloth, and this danger is given up the good seepage-proof property at the bottom of pond in landfill pond.
Again because the outside in described main landfill pond is also provided with percolate recovery pond, equal pipeline communication between this percolate recovery pond and main landfill pond and between the useless landfill pond of danger, the percolate that main landfill pond and the useless landfill pond of danger produce can be led timely as in percolate recovery pond like this, then the percolate in percolate recovery pond can be delivered in sewage treatment plant and again process.
Again because the outer edge place of described ceiling is provided with collection tank, the outside in this main landfill pond is also provided with stormwater tank, cross current between this collection tank and stormwater tank, like this, when raining, the rainwater that ceiling stops can directly enter into collection tank, enters into stormwater tank, avoid rainwater directly fall from the outer of ceiling and enter main landfill pond and cause secondary pollution eventually through water pipe.
Prevent surface water from entering the dykes and dams that dam in main landfill pond because the periphery in described main landfill pond is provided with again.Utilize this to retain dykes and dams and can prevent entering of surface water, avoid solid waste in main landfill pond to be occurred by the problem infiltrated.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is further illustrated.
Fig. 1 is the floor plan of the utility model embodiment;
Fig. 2 is the mounting structure figure of ceiling;
Fig. 3 is the side arrangement figure of the utility model embodiment;
Fig. 4 is that danger of the present utility model is given up the schematic partial cross-sectional view in landfill pond;
In accompanying drawing: 1. main landfill pond 1; 2. the useless landfill pond 2 of danger; 3. circumferential highway 3; 4. put platform 4 in storage; 5. put road 5 in storage; 6. stormwater tank 6; 7. percolate recovery pond 7; 8. discharge zone 8; 9. ceiling 9; 10. collect tank 10; 11. water pipes 11; 12. columns 12; 13. dam dykes and dams 13; 14. steel concrete layers 14; 15. clay basic units 15; 16. first geotextiles 16; 17. first antiseepage retes 17; 18. bentonite beds 18; 19. second antiseepage retes 19; 20. second geotechnological layer of cloths 20; 21. rubble guide layers 21; 22. Woven geofabric layers 22; 23. pool walls; 24. geotechnological layer of cloths; 25. antiseepage retes; 26. antiseepage retes; 27. geotechnological layer of cloths.
Detailed description of the invention
Below by specific embodiment, the utility model is described in further detail.
As shown in Figures 1 to 4, a kind of solid waste landfill disposal device, comprise main landfill pond 1, steel concrete layer 14 is all set at the bottom of the surrounding pool wall in described main landfill pond 1 and pond, impervious barrier is provided with at the bottom of the surrounding pool wall in main landfill pond 1 and pond, the middle part in described main landfill pond 1 danger be provided with for the dangerous solid waste of landfill is given up landfill pond 2, the surrounding in the useless landfill pond 2 of danger is general useless landfill region, this danger is given up at the bottom of the surrounding pool wall 23 in landfill pond 2 and pond and is all set to steel concrete layer 14, and be provided with impervious barrier at the bottom of the surrounding pool wall 23 in the useless landfill pond 2 of danger and pond, the surrounding in described main landfill pond 1 is provided with the circumferential highway 3 facilitating vehicle operating, circumferential highway 3 can arrange weighbridge be used for weighing the solid waste weight sent here, discharge zone 8 is also provided with in the surrounding in main landfill pond 1, facilitate vehicle discharging.Be connected with between this circumferential highway 3 and the useless landfill pond 2 of danger and put road 5 in storage and put platform 4 in storage, the top in main landfill pond 1 is provided with the ceiling 9 preventing rainwater from entering main landfill pond 1.
The surrounding pool wall in described main landfill pond 1 is with to be provided with impervious barrier at the bottom of pond identical, this impervious barrier comprises filling out and is laid on the pool wall in main landfill pond 1 and the argillic horizon at the bottom of pond, antiseepage film is laid on the top of this argillic horizon, the surrounding mainly general useless landfill region in this main landfill pond 1, therefore, diffusion can well be prevented for utilizing steel concrete layer 14 to add antiseepage film.
And described danger is given up, the impervious barrier at the bottom of pond in landfill pond 2 comprises the clay basic unit 15 be layed on steel concrete layer 14, clay basic unit 15 is equipped with the first geotextiles 16, first geotextiles 16 is equipped with the first antiseepage rete 17, first antiseepage rete 17 is equipped with bentonite bed 18, bentonite bed 18 is equipped with the second antiseepage rete 19, second antiseepage rete 19 is equipped with the second geotechnological layer of cloth 20, second geotechnological layer of cloth 20 is equipped with rubble guide layer 21, rubble guide layer 21 is equipped with Woven geofabric layer 22, emphasis antiseepage position at the bottom of the pond in the useless landfill pond 2 of danger, therefore, utilize two-layer antiseepage rete, improve anti-seepage effect, simultaneously, between two-layer antiseepage rete, there is bentonite bed 18, the percolate of infiltration can be absorbed, and percolate can be carried out water conservancy diversion by the rubble guide layer 21 on the second geotechnological layer of cloth 20, make percolate centralized recovery.
The give up impervious barrier of pool wall 23 in landfill pond 2 of described danger comprises the geotechnological layer of cloth 24 be layed on pool wall 23, this geotechnological layer of cloth 24 is equipped with two-layer antiseepage rete 25,26, outermost antiseepage rete 26 repaves and is provided with geotextiles layer 27, because general percolate concentrates at the bottom of pond, therefore, the antiseepage of pool wall 23 is required do not have at the bottom of pond strict.
The outside in described main landfill pond 1 is also provided with percolate recovery pond 7, equal pipeline communication between this percolate recovery pond 7 and main landfill pond 1 and between the useless landfill pond 2 of danger.The outer edge place of described ceiling 9 is provided with collects tank 10, and the outside in this main landfill pond 1 is also provided with stormwater tank 6, and between this collection tank 10 with stormwater tank 6, water pipe 11 is communicated with.Stormwater tank 6 is adjacent with percolate recovery pond 7.The periphery in described main landfill pond 1 is provided with and prevents surface water from entering the dykes and dams 13 that dam in main landfill pond 1, and is used for isolating surface water.
The above embodiment is only the description to the preferred embodiment of the present invention; not as limiting the scope of the invention; design on the basis of spirit not departing from the present invention; the various distortion make technical solution of the present invention and transformation, all should fall in protection domain that claims of the present invention determine.
Claims (7)
1. a solid waste landfill disposal device, comprise main landfill pond, it is characterized in that: at the bottom of the surrounding pool wall in described main landfill pond and pond, be all set to steel concrete layer, impervious barrier is provided with at the bottom of the surrounding pool wall in main landfill pond and pond, the middle part in the described main landfill pond danger be provided with for the dangerous solid waste of landfill is given up landfill pond, the surrounding in the useless landfill pond of danger is general useless landfill region, this danger is given up at the bottom of the surrounding pool wall in landfill pond and pond and is all set to steel concrete layer, and be provided with impervious barrier at the bottom of the surrounding pool wall in the useless landfill pond of danger and pond, the surrounding in described main landfill pond is provided with the circumferential highway facilitating vehicle operating, be connected with between this circumferential highway and the useless landfill pond of danger and put road in storage and put platform in storage, the top in main landfill pond is provided with the ceiling preventing rainwater from entering main landfill pond.
2. a kind of solid waste landfill disposal device as claimed in claim 1, it is characterized in that: the surrounding pool wall in described main landfill pond is with to be provided with impervious barrier at the bottom of pond identical, this impervious barrier comprises filling out and is laid on the pool wall in main landfill pond and the argillic horizon at the bottom of pond, and antiseepage film is laid on the top of this argillic horizon.
3. a kind of solid waste landfill disposal device as claimed in claim 2, it is characterized in that: the give up impervious barrier at the bottom of pond in landfill pond of described danger comprises the clay basic unit be layed on steel concrete layer, clay basic unit upper berth is provided with the first geotextiles, first geotextiles is equipped with the first antiseepage rete, first antiseepage rete upper berth is provided with bentonite bed, bentonite bed is equipped with the second antiseepage rete, second antiseepage rete upper berth is provided with the second geotechnological layer of cloth, second geotechnological layer of cloth upper berth is provided with rubble guide layer, rubble guide layer is equipped with Woven geofabric layer.
4. a kind of solid waste landfill disposal device as claimed in claim 3, it is characterized in that: the give up impervious barrier of pool wall in landfill pond of described danger comprises the geotechnological layer of cloth be layed on pool wall, this geotechnological layer of cloth upper berth is provided with two-layer antiseepage rete, outermost antiseepage rete repaves and is provided with geotextiles layer.
5. a kind of solid waste landfill disposal device as claimed in claim 4, is characterized in that: the outside in described main landfill pond is also provided with percolate recovery pond, equal pipeline communication between this percolate recovery pond and main landfill pond and between the useless landfill pond of danger.
6. a kind of solid waste landfill disposal device as claimed in claim 5, it is characterized in that: the outer edge place of described ceiling is provided with collection tank, the outside in this main landfill pond is also provided with stormwater tank, cross current between this collection tank and stormwater tank.
7. a kind of solid waste landfill disposal device as claimed in claim 6, is characterized in that: the periphery in described main landfill pond is provided with and prevents surface water from entering the dykes and dams that dam in main landfill pond.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520876885.1U CN205074330U (en) | 2015-11-06 | 2015-11-06 | Solid waste landfill processing apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520876885.1U CN205074330U (en) | 2015-11-06 | 2015-11-06 | Solid waste landfill processing apparatus |
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| Publication Number | Publication Date |
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| CN205074330U true CN205074330U (en) | 2016-03-09 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520876885.1U Active CN205074330U (en) | 2015-11-06 | 2015-11-06 | Solid waste landfill processing apparatus |
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| CN (1) | CN205074330U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111485941A (en) * | 2020-04-17 | 2020-08-04 | 浙江万宇环境科技有限公司 | Rock cavern for backfilling industrial hazardous wastes and construction method |
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2015
- 2015-11-06 CN CN201520876885.1U patent/CN205074330U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111485941A (en) * | 2020-04-17 | 2020-08-04 | 浙江万宇环境科技有限公司 | Rock cavern for backfilling industrial hazardous wastes and construction method |
| CN111485941B (en) * | 2020-04-17 | 2021-03-09 | 浙江万宇环境科技有限公司 | Construction method of rock cavern backfilled with industrial hazardous wastes |
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