CN204171071U - A kind of device being applicable to biological treatment organic garbage of city and agriculture debirs - Google Patents
A kind of device being applicable to biological treatment organic garbage of city and agriculture debirs Download PDFInfo
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- CN204171071U CN204171071U CN201420614821.XU CN201420614821U CN204171071U CN 204171071 U CN204171071 U CN 204171071U CN 201420614821 U CN201420614821 U CN 201420614821U CN 204171071 U CN204171071 U CN 204171071U
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Abstract
Be applicable to a device for biological treatment organic garbage of city and agriculture debirs, comprise garage type dry fermentation device and percolate treating apparatus, the dry fermentation stage of described garage type is throw in material in fermentation cabin, airtight, heating and thermal insulation and aeration, after temperature is elevated to anaerobism demand temperature, close aerating system, open spray system, material is inoculated, fermentation, fermentation reaction latter stage, open aerating system, air displacement, open door discharging, fermentation completes.In percolate treating process section, the percolate part produced of fermenting enters a filter spray head by spray pump I, and remainder percolate is delivered to EGSB reactor, and EGSB reacts water outlet and is delivered to vertical shower nozzle by spray pump II.The utility model technique is simple, easy to operate, practical, effectively can solve the environmental problem of organic garbage of city and agriculture debirs, and comprehensive utilization of resources.
Description
Technical field
The utility model belongs to the biological treatment device of easy decomposing organic waste, is specifically related to the biological treatment device of organic garbage of city and agriculture debirs, is applicable to the environmental improvement to organic garbage of city and agriculture debirs.
Background technology
Along with China's expanding economy, urbanization process is accelerated, and municipal refuse produces total amount and presents quick growth, if can not effectively administer, will restrict city and develop in a healthy way.Municipal refuse mainly refers to and provides in city dweller's daily life or for city daily life the solid waste produced in the activity of service, and its kind comprises kitchen excess, waste paper, waste plastics, useless fabric, old metal, brick and tile dregs, ight soil and waste electrical equipment and greening refuse etc.Organic moiety in municipal refuse is called for short organic garbage of city (Organic fraction of municipal solid waste, OFMSW), mainly comprises changing food waste, large supermarket and market of farm produce rubbish and domestic garbage etc.
China's domestic waste, based on " end-o f-pipe-control ", mainly takes landfill method, burning method and composting process three kinds for the treatment of technologies.
Landfill due to have investment relatively less, technology compared with ripe, treating capacity is large, the feature such as simple to operate, is the normal technology adopted in China's urban garbage disposal.But, it is more difficult that Landfill faces addressing, appropriation of land resource, contruction and maintenance cost is high, the rubbish of landfill does not carry out harmless treatment, remains a large amount of bacteriums, virus, and also lie dormant the hidden danger such as biogas heavy metal pollution, its garbage leaching liquid also can ground contamination groundwater resources for a long time, can not realize the deficiencies such as the recycling treatment of rubbish.At present, prohibited by many developed countries, China also reduces the use of this processing method gradually.
Incineration technology is a kind of Disposal of Municipal Refuse that current developed country extensively adopts.Incineration technology can make the carbohydrate in rubbish be transformed into CO
2and H
20, at high temperature can kill the virus and bacteria in rubbish simultaneously.Compared with Landfill, have and take up an area less, addressing is comparatively easy, subtracts and holds effective (garbage bulk can be made to reduce 80% ~ 95%), and innoxious comparatively thorough, waste incineration waste heat can carry out the advantage such as recycling.But, incineration technology faces capital expenditure and running expense is higher, callable resource has been burnt in burning process, a large amount of stimulation peculiar smell can be produced in garbage reclamation, transport, storage and burning process, the carcinogenic organic matter of easy generation (as dioxin etc.), there is smoke pollution problem, and equipment investment is huge.
Composting technology is biodegradable organic matter is carried out biochemical conversion by microbiological process from the microorganism relying on nature extensively to distribute to stable humus, substantially achieves the resource of domestic waste, harmless treatment.Compared with Landfill, by refuse classification, this technology can reduce the pollution to surrounding environment, compared with burning method, can reduce the pollution to air, have certain economic benefit.But composting technology faces that garbage compost production mechanization degree is low, and compost quality is not high, and fertilizer efficiency is lower, easily causes and again piles up, form secondary pollution, Long-Time Service easily causes that soil compaction and groundwater quality degenerate and waits deficiency.
Existing Disposal of Municipal Refuse all also exists waste resources utilization rate and the low problem of harmless treatment rate above, cannot realize the treatment in situ of rubbish, be unfavorable for urban sustainable development.
Anaerobic digestion can reduce pollution and the CO2 emissions of organic waste, reduces and takes up an area, not easily cause secondary pollution, produce biogas simultaneously, in today of energy shortage, receive increasing concern.Anaerobic digestion process is divided into wet type and dry type.Dry anaerobic digestion refers to the raw materials (dry substance concentration is more than 20%) such as organic garbage of city, stalk, feces of livestock and poultry, is decomposed into CH by anaerobic bacteria
4, CO
2, H
2the digestion process of the gases such as S.Because the dry substance concentration of dry anaerobic digestion raw material is high, can cause that input and output material is difficult, heat and mass is uneven and the shortcoming such as acid poisoning.But compared with wet type anaerobic digestion, dry anaerobic digestion have take up an area little, heating energy consumption low, pre-processing requirements is low, organic loading advantages of higher, conventional method can be avoided not enough, and have contaminated environment little, subsequent products added value is high, put goods on the market the Economic Application prospect that can have.
Fast-developing with China's urbanization, house refuse is increased sharply, within 2012, China's house refuse amount of clearing is up to 1.7 hundred million tons, but due to garbage disposal ability relative deficiency, some cities face the predicament of " garbage-surrounded city ", constitute huge potential hazard to town environment, social stability and health.Meanwhile, China about has more than 40 hundred million tons of agricultural wastes to produce every year, wherein Amount of poultry excrements 2,600,000,000 tons." planning of " 12 " national application of city life garbage harmless treatment Facilities Construction " encourages anaerobic digestion of refuse to produce biogas energetically.
But, in house refuse dry-type anaerobic fermentation, China is still in the starting exploratory stage, main bugbear is poor efficiency and the unstability of process, and due to China's categorized consumer waste collection technique immature, cause organic waste composition very complicated, when the percolate of generation exceedes spray demand, needs are outer arranges, and percolate is a kind of high concentrated organic wastewater of complicated component, complicated component, toxicity are high, water quality and quantity fluctuation is large.Though have employed the storage of natural pond liquid pool, easily produce when inoculating mass transfer uneven with acid poisoning etc. problem; In addition, when waste liquid is arranged, then easily cause the pollution of soil and water environment outward, and repair very difficult after polluting.Therefore, utilize external existing dry-type anaerobic fermentation technology to be difficult to realize its process in China effectively to control.
In recent years, develop garage type dry anaerobic digestion technique for organic waste feature, carry out anaerobic digestion when dry substance concentration is higher, produce biogas and organic fertilizer, obtain certain treatment effect.At present, due to Chinese municipal organic complicated component, more difficult sorting, makes this technology apply at home less.In view of dry anaerobic digestion is to the advantage of organic garbage of city process; actively seek the dry anaerobic digestion technology being suitable for Chinese municipal organic process; realize the effective improvement to organic garbage of city; avoid environmental pollution, available protecting environment; and obtain the aspects such as regenerative resource, by the application prospect had.
Summary of the invention
Technical problem to be solved in the utility model is: solve above-mentioned prior art Problems existing, and a kind of device being applicable to biological treatment organic garbage of city and agriculture debirs is provided, this technique is simple, easy to operate, practical, continuous high-efficient, solves the environmental problem that organic garbage of city and agriculture debirs bring well, and these refuses of comprehensive utilization of resources, be applicable to the environment protection treating to easily biological-degradable debirs.
The technical solution adopted in the utility model is:
A kind of device being applicable to biological treatment organic garbage of city and agriculture debirs, comprise garage dry fermentation device and percolate treating apparatus, described garage type dry fermentation device comprises the closed system of garage type anaerobic fermentation storehouse and upper installation thereof, heating and thermal insulation system and aerating system, described percolate treating apparatus comprise connected successively by pipeline leachate collection groove, diafiltration liquid pool, spray pump I, drip filter spray head and the submersible sewage pump be connected successively by pipeline, EGSB reactor, EGSB react water outlet collecting-tank, spray pump II, vertical shower nozzle; EGSB reactor is parallel with EGSB reaction cycle pump, and leachate collection slot is bottom garage type anaerobic fermentation storehouse, and spray pump I, submersible sewage pump are arranged in diafiltration liquid pool, drips filter spray head and is arranged on garage type anaerobic fermentation storehouse inner top with vertical shower nozzle.
In technique scheme, described closed system is made up of hydraulic means, pressure bladder, hermatic door and vavuum pump, hydraulic means is located at fermentation cabin top, hydraulic means connects the transmission mechanism that hermatic door is opened or closed, pressure bladder is laid in the periphery of hydraulic packing door, pressure bladder is provided with air inlet, gas outlet and manometer, and vavuum pump is connected with the air inlet on pressure bladder by electromagnetic gas valve, gas pipeline.
In technique scheme, described heating and thermal insulation system comprises heater and attemperator, and heater is that fermentation cabin periphery arranges heat(ing) coil, and described attemperator closes heater for measuring display fermentation temperature higher than when fermenting temperature required.
In technique scheme, described aerating system is connected to form by high pressure positive blower and gas distribution pipe, and gas distribution pipe is arranged on bottom fermentation cabin.
In technique scheme, the position of described leachate collection slot close hermatic door bottom garage type anaerobic fermentation storehouse, and the bottom of fermentation cabin is provided with the gradient of 3 ‰, and the top of leachate collection groove is equipped with stainless steel diagrid.
In technique scheme, in described diafiltration liquid pool, part percolate is delivered to by spray pump I and drips filter spray head, in diafiltration liquid pool, residual filtrate is then delivered to EGSB reactor by submersible sewage pump through outlet pipe, and EGSB reactor outlet pipe connects EGSB reaction water outlet collecting-tank, EGSB reacts in water outlet collecting-tank and is provided with spray pump II, and EGSB is reacted water outlet and is delivered to vertical shower nozzle by spray pump II.
Innovative point of the present utility model:
1. adopt syllogic technological design, the outer heating load needed for anaerobic fermentation can be reduced in a large number, to reach energy-saving and cost-reducing object;
2. adopt two spray mode, by the backflow of percolate spray, increase material mass transfer effect; Develop simultaneously and drip filter tube type intersection spray, the generation inoculating dead angle can be avoided, solve the problem that the inoculation of simple vertically watering spray is uneven.
3. adopt the unnecessary percolate that EGSB technique dry fermentation produces.Because of in dry zymotechnique operation, percolate is arranged outside generation being needed, this percolate complicated component, content of organics are high, by EGSB PROCESS FOR TREATMENT, then can reduce organic contamination substrate concentration, and tame microbial population in percolate, avoid preferably in circulated sprinkling process because of microorganism intoxicating phenomenon that the complicated ingredient of percolate causes.
utility model effect:
1. fermentation cabin overall tightness is good.
2. can save the energy consumption of 40% at whole fermentation period relative to traditional wet zymotechnique.
3. test (production) continuity good, spray inoculation efficiency is higher, and the TS degradation rate of material can reach 65% ~ 75%.
4. percolate is by entering municipal drainage pipe network after EGSB PROCESS FOR TREATMENT, or processes to meet qualified discharge further.
The utility model technique is simple, easy to operate, practical, and effectively can solve the environmental problem that organic garbage of city and agriculture debirs bring, the above refuse of comprehensive utilization of resources, is applicable to the environment protection treating to easily biological-degradable debirs.
The utility model overcomes the deficiencies in the prior art, and provide a kind of the Novel dry anaerobic ferment process and the device that are applicable to process domestic waste, according to the dry zymotechnique technical research of garage type, exploitation is applicable to the dry zymotechnique of garage type and the device of China's Anaerobic Digestion of Municipal Solid Waste, improve and develop aerobic aeration system, percolate spray and the key technology of percolation liquid treating system, solve the defect of conventional art, solve the technological difficulties that restriction garage type anaerobic fermentation technology develops in China.
Accompanying drawing explanation
Fig. 1 is the dry zymotechnique structural representation of garage type of the present utility model;
Fig. 2 is the structural representation of of the present utility model filter spray head;
Fig. 3 is of the present utility model filter spray head intersection spraying effect schematic diagram.
In figure, numerical reference is: 1-thermal source, 2-heat(ing) coil, 3-fermentation cabin, 4-baffle plate, 5-high pressure positive blower, 6-gas distribution pipe, 7-leachate collection groove, 8-diafiltration liquid pool, 9-spray pump I, 10-drips filter spray head, 11-submersible sewage pump, 12-EGSB reactor, 13-EGSB reaction cycle pump, 14-EGSB reflects water pipe, and 15-EGSB reacts water outlet collecting-tank, the vertical shower nozzle of 16-spray pump II, 17-, 18-hydraulic means, 19-pressure bladder, 20-hermatic door, 21-biogas pipe, 22-flue gas leading.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further detail:
See Fig. 1, the utility model is a kind of device being applicable to biological treatment organic garbage of city and agriculture debirs, and the technique based on this device is divided into the dry fermentation stage of garage type and percolate processing section from workflow.
In the dry fermentation stage of garage type, first be that material is thrown in in garage type anaerobic fermentation storehouse 3, start by hydraulic means 18, the closed system that pressure bladder 19 and hermatic door 20 form, confined reaction storehouse, open by thermal source 1, the heating and thermal insulation system that heat(ing) coil 2 forms and by high pressure positive blower 5, the aerating system that gas distribution pipe 6 forms, pass into air, when temperature is elevated to anaerobism demand temperature, demand temperature is after 35 DEG C, open spray, material is inoculated, according to methane content, as when methane content lower than 3% time, when judging that fermentation enters to last stage, pass into biogas in waste gas and air displacement storehouse, open door discharging subsequently, complete fermentation.
In percolate processing section, the percolate produced that ferments flows into diafiltration liquid pool 8 through leachate collection groove 7, this part percolate is delivered to by spray pump I 9 and drips filter spray head 10, remainder percolate is then delivered to EGSB reactor 12 by submersible sewage pump 11 through connecting pipe, the anaerobic digestion reaction of percolate is completed under EGSB reaction cycle pump 13 is auxiliary, water outlet reflects water pipe 14 through EGSB and flows into EGSB reaction water outlet collecting-tank 15, is delivered to vertical shower nozzle 17 by spray pump II 16.
The dry fermentation stage of garage type is three kind combinations, and i.e. " aerobic reaction-anaerobic fermentation-gas displacement ", it mainly comprises sealing system, heating and thermal insulation system, aerating system, spray system I, spray system II and percolate return-flow system.
Sealing system: be located at fermentation cabin 3 top, primarily of compositions such as hydraulic means 18, pressure bladder 19, hermatic door 20 and vavuum pumps.Pressure bladder 19 is laid in hydraulic packing door 20 periphery, and pressure bladder 19 is provided with air inlet, gas outlet and manometer, when operating, gas outlet is closed, by air inlet toward inflation in pressure bladder 19, when reaching certain pressure, as pressure be 0.3 MPa time, close air inlet.When quitting work, open gas outlet, by vavuum pump by the evacuate air in pressure bladder 19, when being down to less pressure, as pressure be-500 Pa time, close vavuum pump and gas outlet.
Heating and thermal insulation system: comprise heater and attemperator.At fermentation cabin 3 periphery, heat(ing) coil 2 is set, when mensuration display storehouse in temperature lower than fermentation temperature required, as temperature be 37 DEG C time, open heater, when mensuration display fermentation temperature higher than fermentation temperature required, as temperature be 45 DEG C time, close heater.
Aerating system: aerating system is made up of high pressure positive blower 5, gas distribution pipe 6.At the fermentation beginning initial stage, open aerating system, carry out aeration to fermentation cabin 3, under allowing material be in aerobic reaction state, aerobic reaction can make material be rapidly heated, thus reduces the heater opening time, with economize energy.When test display fermentation cabin 3 interior reaction temperature is higher than uniform temperature, during as 45 DEG C, closes aerating system, allow material progressively enter anaerobic state.
In addition, when fermentation enters to latter stage, find that the flow of biogas is lower by measuring, as lower than 5 ~ 10 m
3during/h, and methane component lower than 3% time, open aerating system, toward fermentation cabin 3 in, be filled with air deliver from godown interior biogas with displacement, when measure show oxygen content reach 21% time, opening encapsulation door 20 starts discharging.
Spray system: spray mode is two-part spray, namely adopts two kinds of spray modes.A kind of adopt sagging type watering spray, connect by pipeline the spray system II that spray pump II 16 forms with vertical shower nozzle 17 respectively, its spray liquid reacts water outlet collecting-tank 15 from EGSB; Another adopts a filter tube type to intersect and sprays, and connect spray pump I 9 respectively by pipeline and drip the spray system I filtering spray head 10 and form, its spray liquid is from diafiltration liquid pool 8.Average layout two kinds of showers in fermentation cabin 3, the intermittent duty of two kinds of spray modes, contained by the spray liquid reacting water outlet collecting-tank 15 from EGSB, original machine concentration of substrate is lower, its microorganism is in the endogenous growth stage, utilize its inoculation can digest material rapidly, with the inoculation object reached.Wherein, spray system I and spray system II forked working, the spray cycle is 4 h, sprays 10 min, stops 230 min, and after spray system I has sprayed, spray system II starts, and circulates and so forth.
Percolate return-flow system: be leachate collection system, position near hermatic door 20 bottom fermentation cabin 3 arranges leachate collection groove 7, because being provided with the gradient of 3 ‰ bottom fermentation cabin 3, percolate can with slope current to leachate collection groove 7, stainless steel diagrid is laid at leachate collection groove 7 top, to prevent the loss of large granular materials, percolate enters percolate processing section after collecting.
Percolate processing section: primarily of diafiltration liquid pool 8, submersible sewage pump 11, EGSB reactor 12, EGSB reaction cycle pump 13, EGSB reflects water pipe 14 and EGSB reacts the compositions such as water outlet collecting-tank 15, percolate from fermentation cabin 3 is introduced into diafiltration liquid pool 8 and collects, in diafiltration liquid pool 8, part percolate is delivered to by spray pump I 9 and drips filter spray head 10, continuous filter 8 remains percolate and is then delivered to EGSB reactor 12 by submersible sewage pump 11 through outlet conduit and carries out anaerobic reaction, to reduce Organic Pollutants of Landfill Leachate content, water outlet reflects water pipe 14 through EGSB again and flows into EGSB reaction water outlet collecting-tank 15, EGSB reacts in water outlet collecting-tank 15 and is provided with spray pump II 16, by spray pump II 16, water outlet is delivered to vertical shower nozzle 17.
embodiment 1:
Adopt garage type dry fermentation device as shown in Figure 1, carry out the pilot plant test of maize straw and cow dung mixture process.This small testing device volume is 50 L, EGSB reactor is 10 L, and material handling is about 36 kg, and temperature 37 DEG C of fermentations in employing, controlling reaction system pressure is within 5000 Pa.Anaerobic fermentation is after 5 weeks, and unit VS (volatile organic matter) gas production is about 410 mL/g, and TS degradation rate is about 68%.
embodiment 2:
Adopt garage type dry fermentation device as shown in Figure 1, adopt 5 garage type anaerobic reactors, total dischargeable capacity is 1500 m3, EGSB reactor volume is 150 m3, can process organic garbage of city 50 ~ 60 t day, controlling reaction temperature is 37 DEG C, and reaction system pressure is within 5000 Pa.Fermentation period is between 25 ~ 35 d, can produce biogas 5000 ~ 6000 m daily
3, unit VS (volatile organic matter) gas production is about 180 mL/g, and TS degradation rate is about 60%.
Claims (4)
1. one kind is applicable to the device of biological treatment organic garbage of city and agriculture debirs, it is characterized in that, comprise garage dry fermentation device and percolate treating apparatus, described garage type dry fermentation device comprises the closed system of garage type anaerobic fermentation storehouse and upper installation thereof, heating and thermal insulation system and aerating system, described percolate treating apparatus comprises the leachate collection groove connected successively by pipeline, diafiltration liquid pool, spray pump I, drip filter spray head and the submersible sewage pump be connected successively by pipeline, EGSB reactor, EGSB reacts water outlet collecting-tank, spray pump II, vertical shower nozzle, EGSB reactor is parallel with EGSB reaction cycle pump, and leachate collection slot is bottom garage type anaerobic fermentation storehouse, and spray pump I, submersible sewage pump are arranged in diafiltration liquid pool, drips filter spray head and is arranged on garage type anaerobic fermentation storehouse inner top with vertical shower nozzle.
2. the device being applicable to biological treatment organic garbage of city and agriculture debirs according to claim 1, it is characterized in that, described closed system is made up of hydraulic means, pressure bladder, hermatic door and vavuum pump, hydraulic means is located at fermentation cabin top, hydraulic means connects the transmission mechanism that hermatic door is opened or closed, pressure bladder is laid in the periphery of hydraulic packing door, pressure bladder is provided with air inlet, gas outlet and manometer, and vavuum pump is connected with the air inlet on pressure bladder by electromagnetic gas valve, gas pipeline.
3. the device being applicable to biological treatment organic garbage of city and agriculture debirs according to claim 1, it is characterized in that, described heating and thermal insulation system comprises heater and attemperator, heater is that fermentation cabin periphery arranges heat(ing) coil, and described attemperator closes heater for measuring display fermentation temperature higher than when fermenting temperature required.
4. the device being applicable to biological treatment organic garbage of city and agriculture debirs according to claim 1, it is characterized in that, described aerating system is connected to form by high pressure positive blower and gas distribution pipe, and gas distribution pipe is arranged on bottom fermentation cabin; The position of described leachate collection slot close hermatic door bottom garage type anaerobic fermentation storehouse, and the bottom of fermentation cabin is provided with the gradient of 3 ‰, and the top of leachate collection groove is equipped with stainless steel diagrid.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420614821.XU CN204171071U (en) | 2014-10-23 | 2014-10-23 | A kind of device being applicable to biological treatment organic garbage of city and agriculture debirs |
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| CN201420614821.XU CN204171071U (en) | 2014-10-23 | 2014-10-23 | A kind of device being applicable to biological treatment organic garbage of city and agriculture debirs |
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|---|---|
| CN (1) | CN204171071U (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104384170A (en) * | 2014-10-23 | 2015-03-04 | 长沙学院 | Process and device for biologically treating urban organic refuse and agricultural organic waste |
| CN105316220A (en) * | 2015-12-10 | 2016-02-10 | 兰州理工大学 | External stirring garage type anaerobic dry fermentation device |
| CN106754336A (en) * | 2016-12-01 | 2017-05-31 | 中海石油环保服务（天津）有限公司 | A kind of well drilling detritus biological treatment system for being applied to wild environment |
| CN108752071A (en) * | 2018-07-06 | 2018-11-06 | 上海绿地环境科技股份有限公司 | The control system and method for a kind of green plants waste treatment field environmental quality |
| CN111138034A (en) * | 2020-01-08 | 2020-05-12 | 南京大学（溧水）生态环境研究院 | Kitchen waste leachate treatment device and use method thereof |
| EP3523441A4 (en) * | 2016-10-07 | 2020-06-03 | Metener OY | Method and arrangement for producing biogas |
| CN115971218A (en) * | 2022-11-25 | 2023-04-18 | 北京朝阳环境集团有限公司 | Garbage bin regulation and control system and regulation and control method |
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2014
- 2014-10-23 CN CN201420614821.XU patent/CN204171071U/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104384170A (en) * | 2014-10-23 | 2015-03-04 | 长沙学院 | Process and device for biologically treating urban organic refuse and agricultural organic waste |
| CN105316220A (en) * | 2015-12-10 | 2016-02-10 | 兰州理工大学 | External stirring garage type anaerobic dry fermentation device |
| EP3523441A4 (en) * | 2016-10-07 | 2020-06-03 | Metener OY | Method and arrangement for producing biogas |
| CN106754336A (en) * | 2016-12-01 | 2017-05-31 | 中海石油环保服务（天津）有限公司 | A kind of well drilling detritus biological treatment system for being applied to wild environment |
| CN108752071A (en) * | 2018-07-06 | 2018-11-06 | 上海绿地环境科技股份有限公司 | The control system and method for a kind of green plants waste treatment field environmental quality |
| CN111138034A (en) * | 2020-01-08 | 2020-05-12 | 南京大学（溧水）生态环境研究院 | Kitchen waste leachate treatment device and use method thereof |
| CN111138034B (en) * | 2020-01-08 | 2021-07-13 | 南京大学（溧水）生态环境研究院 | Kitchen waste leachate treatment device and use method thereof |
| CN115971218A (en) * | 2022-11-25 | 2023-04-18 | 北京朝阳环境集团有限公司 | Garbage bin regulation and control system and regulation and control method |
| CN115971218B (en) * | 2022-11-25 | 2023-07-07 | 北京朝阳环境集团有限公司 | Garbage bin regulation and control system and regulation and control method |
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Address after: 410022 No. 98 Hongshan Road, Kaifu District, Changsha City, Hunan Province Patentee after: CHANGSHA University Patentee after: BiP Huarui scientific instrument (Beijing) Co.,Ltd. Address before: 410022 No. 98 Hongshan Road, Kaifu District, Changsha City, Hunan Province Patentee before: CHANGSHA University Patentee before: BIPU HUARUI ENVIRONMENTAL TECHNOLOGY (BEIJING) CO.,LTD. Address after: 410022 No. 98 Hongshan Road, Kaifu District, Changsha City, Hunan Province Patentee after: CHANGSHA University Patentee after: Bichen Instrument (Beijing) Co.,Ltd. Address before: 410022 No. 98 Hongshan Road, Kaifu District, Changsha City, Hunan Province Patentee before: CHANGSHA University Patentee before: BiP Huarui scientific instrument (Beijing) Co.,Ltd. |
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