CN202529923U - Kitchen waste water and waste gas process system - Google Patents
Kitchen waste water and waste gas process system Download PDFInfo
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- CN202529923U CN202529923U CN2012201231264U CN201220123126U CN202529923U CN 202529923 U CN202529923 U CN 202529923U CN 2012201231264 U CN2012201231264 U CN 2012201231264U CN 201220123126 U CN201220123126 U CN 201220123126U CN 202529923 U CN202529923 U CN 202529923U
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Abstract
The utility model discloses a kitchen waste water and waste gas process system which comprises a residue removing structure, a waste gas process device and an oil-water separation device. The residue removing structure separates residues in waste water from water and discharges the residues out and separated water to the oil-water separation device. The waste gas process device separates gas in waste gas from oil and discharges the oil to the water separated by the residue removing structure and then to the oil-water separation device. The oil-water separation device layers oil and water mixture and separately discharges the oil and water out. By means of a simple structure, the kitchen waste water and waste gas process system achieves effective treatment of the kitchen waste water and waste gas, provides simple, green and environment-friendly separation way of oil-water and oil-gas, and is beneficial for protecting environment and lowering production cost.
Description
Technical field
The utility model relates to kitchen waste water, exhaust gas treatment technology, particularly relates to a kind of kitchen waste water, treatment of waste gas system.
Background technology
Including components such as swill, oil and water in the kitchen waste water, in the prior art swill is separated with oil-water mixture, mainly is to utilize filter screen to carry out the mode of simple filtration.Above-mentioned simple filtration mode is mainly through manually carrying out, and processing efficiency is low; Because mode is too simple, possibly cause separating not thorough simultaneously.
Include components such as oil smoke in the kitchen exhaust gas, existing mode normally directly is thrown in the air, and environment is caused direct pollution.
The utility model content
The main purpose of the utility model can effectively be handled waste water, the waste gas in kitchen for a kind of kitchen waste water, treatment of waste gas system are provided.
The utility model proposes a kind of kitchen waste water, treatment of waste gas system, comprises the structure that removes slag, emission-control equipment and oily-water seperating equipment;
The said structure that removes slag is discharged residue in the waste water and water sepn and isolating water is disposed in the oily-water seperating equipment with residue; Said emission-control equipment is expelled to the gas in the waste gas and separating of oil in the isolated water of the structure that removes slag with oil, is expelled in the oily-water seperating equipment again; Said oily-water seperating equipment carries out layering with oil-water mixture, and oil and moisture are begun to rehearse out.
Preferably, the said structure that removes slag comprises waterwater entrance, filtration rotating disk, storage vessel, drain, tapping equipment and control device for pivoting float;
Said waterwater entrance is introduced waste water and is filtered the rotating disk filtration, filters back waste water and gets into storage vessel; Said drain is arranged at the storage vessel bottom; The opening and closing of said unsteady tapping equipment control drain, the water level in storage vessel first height that rises, unsteady tapping equipment is opened the drain waste discharge, and when the storage vessel median water level is reduced to second height, unsteady tapping equipment cuts out drain; Said control device for pivoting is arranged at the storage vessel outer bottom near the water port place, utilizes the water flow drives of waste discharge to filter dial rotation, throws away with waste water filtering to storage vessel and with residue.
Preferably, said filtration rotating disk is provided with slag notch, and the residue that throws away in the said filtration rotating disk is discharged through slag notch.
Preferably, said unsteady tapping equipment comprises ball float emission control device and interlock ball float; Said ball float emission control device drives the interlock ball float and opens drain when water level rises to first height, when water level is reduced to second height, drive the interlock ball float and close drain.
Preferably, said control device for pivoting comprises turbo, tooth sector and bull stick; Said turbo is arranged at the storage vessel outside near the water port place, when the water port waste discharge, utilizes the water flow drives tooth sector to rotate; Said tooth sector is connected with the filtration rotating disk through bull stick, and tooth sector drives the filtration dial rotation through bull stick when rotating.
Preferably, said emission-control equipment comprises exhaust input tube road, exhaust emission tube road, water-changing tube road and processing vessel;
Said processing vessel is provided with water conservation district, exhaust area and oil-collecting net; Said oil-collecting net is arranged at said water conservation district at least;
One end in said exhaust input tube road is arranged at outside the processing vessel, introduces waste gas as exhaust gas entrance; The other end extends to the water conservation district, will introduce waste gas and be delivered to the water conservation district, separates the oil in the waste gas through the oil-collecting net, is retained in the water conservation district;
Said exhaust emission tube road one end is arranged at exhaust area, and the other end is arranged at outside the processing vessel, with gas in the exhaust area;
The oil in the water conservation district is discharged in said water-changing tube road.
Preferably, said water-changing tube road one end is arranged at the water conservation district, and the other end is arranged at the storage vessel that stores waste water in the structure that removes slag, and the oil in the water conservation district is expelled in the storage vessel.
Preferably, be provided with the water level upper limit and water level lower limit in the said processing vessel; The said water level upper limit to processing vessel top is an exhaust area; Be limited to the low level in water-changing tube road under the said water level.
Preferably, said oily-water seperating equipment comprises oily water separation cabin, a plurality of unhurried current net and overflow cabin;
Said oily water separation cabin is provided with waterwater entrance and oil discharge outlet, and said waterwater entrance is provided with at least one unhurried current net; Waste water natural layering in said oily water separation cabin that waterwater entrance is introduced is discharged oil reservoir through oil discharge outlet;
Said oily water separation cabin is communicated with said overflow bilge portion, and is being provided with at least one unhurried current net near connection place; Water after the layering flows into the overflow cabin through connection place;
Said overflow cabin is provided with water port, and the water that will flow into from the oily water separation cabin is discharged.
Preferably, said oily-water seperating equipment also comprises:
Oil storage barrel receives the oil that oil discharge outlet is discharged.
The utility model can have been realized the effective processing to kitchen waste water, waste gas through easy structure, and succinct, the profit of environmental protection, the separate mode of oil gas are provided, and helps environment protection and has reduced production cost.
Description of drawings
Fig. 1 is the high-level schematic functional block diagram of the utility model one embodiment kitchen waste water, treatment of waste gas system;
Fig. 2 is the high-level schematic functional block diagram of structure of removing slag in the utility model one embodiment kitchen waste water, the treatment of waste gas system;
Fig. 3 is the high-level schematic functional block diagram of unsteady tapping equipment in the utility model one embodiment kitchen waste water, the treatment of waste gas system;
Fig. 4 is the high-level schematic functional block diagram of control device for pivoting in the utility model one embodiment kitchen waste water, the treatment of waste gas system;
Fig. 5 is the structural representation of structure of removing slag in the utility model one embodiment kitchen waste water, the treatment of waste gas system;
Fig. 6 is another structural representation of structure of removing slag in the utility model one embodiment kitchen waste water, the treatment of waste gas system;
Fig. 7 is a structural representation of emission-control equipment in the utility model one embodiment kitchen waste water, the treatment of waste gas system;
Fig. 8 is another structural representation of emission-control equipment in the utility model one embodiment kitchen waste water, the treatment of waste gas system;
Fig. 9 is the structural representation of oily-water seperating equipment in the utility model one embodiment kitchen waste water, the treatment of waste gas system;
Figure 10 is the one-piece construction front-view schematic diagram of the utility model one embodiment kitchen waste water, treatment of waste gas system;
Figure 11 is that synoptic diagram is looked on the one-piece construction right side of the utility model one embodiment kitchen waste water, treatment of waste gas system.
The realization of the utility model purpose, functional characteristics and advantage will combine embodiment, further specify with reference to accompanying drawing.
Embodiment
Should be appreciated that specific embodiment described herein only in order to explanation the utility model, and be not used in qualification the utility model.
With reference to Fig. 1, a kind of kitchen waste water, the treatment of waste gas system of the utility model one embodiment proposed, it can comprise the structure 10 that removes slag, emission-control equipment 20 and oily-water seperating equipment 30; This structure 10 that removes slag is discharged residue in the waste water and water sepn and isolating water is disposed in the oily-water seperating equipment 30 with residue; This emission-control equipment 20 is expelled to the gas in the waste gas and separating of oil in the structure 10 isolated water that remove slag with oil, is expelled in the oily-water seperating equipment 30 again; This oily-water seperating equipment 30 carries out layering with oil-water mixture, and oil and moisture are begun to rehearse out.
With reference to Fig. 2, the above-mentioned structure 10 that removes slag can comprise waterwater entrance 11, filtration rotating disk 12, storage vessel 13, drain 14, tapping equipment 15 and control device for pivoting 16 float.This waterwater entrance 11 is introduced waste water and is filtered rotating disk 12 filtrations, filters back waste water and gets into storage vessel 13; This drain 14 is arranged at storage vessel 13 bottoms; The tapping equipment 15 that should float controls opening and cutting out of drains 14; Water level in storage vessel 13 rises first highly; The tapping equipment 15 that floats is opened drain 14 waste discharges, and when storage vessel 13 median water level are reduced to second height, the tapping equipment 15 that floats cuts out drain 14; This control device for pivoting 16 is arranged at storage vessel 13 outer bottoms near drain 14 places, utilizes the water flow drives of waste discharge to filter rotating disk 12 rotations, throws away with waste water filtering to storage vessel 13 and with residue.Above-mentioned filtration rotating disk 12 is provided with slag notch 17, and the residue that throws away in this filtration rotating disk 12 is discharged through slag notch 17.
With reference to Fig. 3, in another embodiment of the utility model, above-mentioned unsteady tapping equipment 15 comprises ball float emission control device 151 and interlock ball float 152; This ball float emission control device 151 drives interlock ball float 152 and opens drain 14 when water level rises to first height, when water level is reduced to second height, drive interlock ball float 152 and close drain 14.Above-mentioned first height and second height can preestablish according to practical situation.
With reference to Fig. 4, in another embodiment of the utility model, above-mentioned control device for pivoting 16 comprises turbo 161, tooth sector 162 and bull stick 163; This turbo 161 is arranged at storage vessel 13 outsides near drain 14 places, when drain 14 waste discharges, utilizes water flow drives tooth sector 162 to rotate; This tooth sector 162 is connected with filtration rotating disk 12 through bull stick 163, and tooth sector 162 drives filtration rotating disks 12 through bull stick 163 and rotates when rotating.This turbo 161 is provided with wastewater outlet 18, and the waste water in the storage vessel 13 flows into turbo 161 from drain 14, flows out through wastewater outlet 18 again.
With reference to Fig. 5 and Fig. 6,, below do further explain to the pulp water separating treatment process of kitchen waste water.
The above-mentioned structure 10 that removes slag also is provided with generator 19, and this generator 19 is connected with this control device for pivoting 16, drives generating through this control device for pivoting 16.This generator 19 can be Dyn..
The kitchen waste water of mixing residue is introduced into by waterwater entrance 11 and filters rotating disk 12, filters through filtering rotating disk 12, and slag rests on and filters rotating disk 12, and waste water gets into storage vessel 13.When wastewater flow rate increases, the water level in the storage vessel 13 rises, and rises to the first preset height up to water level, follows ball float emission control device 151 that water level together rises this moment and can drive interlock ball floats 152 and open drains 14 beginning drainings.Turbo 161 is converted into kinetic energy with the potential energy of current in drainage procedure, drives tooth sector 162, makes through bull stick 163 and filters and then rotation of rotating disk 12.According to utilizing centrifugal principle, the waste water that filters in the rotating disk 12 will throw away entering storage vessel 13 by the filter pore of filtering in rotating disk 12 disk bodies, and solid residue can be expelled in the storage inder pot 35 via slag notch 17; Wherein turbo 161 is got rid of waste water through the wastewater outlet 18 that is provided with.When water level arrives preset second when highly promptly linking the position of ball float 152, this ball float emission control device 151 will drive interlock ball float 152 and cut out drain 14 and stop draining.
Simultaneously, turbo 161 also can drive connected generator 19 and generates electricity in above-mentioned drainage procedure, the potential energy of current is converted into the electric energy output of generator 19.The electric energy of this generator 19 outputs can be stored in the electric energy storage device such as storage battery, may be output as the miscellaneous equipment power supply when needed, can reach the non-stop-machine effect that has a power failure when needed.This generator 19 can be Dyn..
With reference to Fig. 7 and Fig. 8, above-mentioned emission-control equipment 20 can comprise exhaust input tube road 21, exhaust emission tube road 22, water-changing tube road 23 and processing vessel 24; This processing vessel 24 is provided with water conservation district 241, exhaust area 242 and oil-collecting net 243; This oil-collecting net 243 is arranged at said water conservation district 241 at least; One end in this exhaust input tube road 21 is arranged at outside the processing vessel 24, introduces waste gas as exhaust gas entrance; The other end extends to water conservation district 241, will introduce waste gas and be delivered to water conservation district 241, and the oil through oil-collecting net 243 separates in the waste gas is retained in the water conservation district 241; These exhaust emission tube road 22 1 ends are arranged at exhaust area 242, and the other end is arranged at outside the processing vessel 24, with gas in the exhaust area 242; The oil in the water conservation district 241 is discharged in this water-changing tube road 23.
One end in above-mentioned exhaust input tube road 21 is arranged at outside the processing vessel 24, can be outside outside the top of the processing vessel 24 or side etc., helps introducing waste gas and gets final product.The other end in above-mentioned exhaust emission tube road 22 is arranged at outside the processing vessel 24, can be outside outside the bottom of the processing vessel 24 or side, helps discharging gas and gets final product.
Above-mentioned water-changing tube road 23 1 ends are arranged at water conservation district 241, and the other end is arranged at the storage vessel 13 that stores waste water in the structure 10 that removes slag, and the oil in the water conservation district 241 is expelled in the storage vessel 13.Be provided with the water level upper limit and water level lower limit in the above-mentioned processing vessel 24; These water level upper limit to processing vessel 24 tops are exhaust area 242; Be limited to the low level in water-changing tube road 23 under this water level.This structure 10 that removes slag promptly can be the equipment that filters residue in the kitchen waste water, and this storage vessel 13 promptly can be the ccontaining utensil that filters out the waste water behind the residue.This water level upper limit and water level lower limit can specifically be set according to practical situation, such as deciding according to the setting in exhaust emission tube road 22 and water-changing tube road 23.
The concrete operation of above-mentioned emission-control equipment 20 is following:
In waste gas treatment process, the band hot waste gas enters to the water conservation district 241 of emission-control equipment 20 by exhaust input tube road 21, stores liquid (such as water) in the water conservation district 241.This emission-control equipment 20 is through being arranged at the oil-collecting net 243 in the water conservation district 241, oily separated from the gas with in the waste gas of oil-containing molecule; Wherein, oil will be retained in water conservation district 241, and butyraceous gas does not enter into exhaust area 242 through water conservation district 241, again through exhaust emission tube road 22 combustion gas treatment unit 20.When waste gas passes through water conservation district 241, the heat energy in the waste gas will be transferred in the water in water conservation district 241, handle so that the butyraceous water of discharging in the water conservation district 241 is done further oily water separation.
Above-mentioned oil-collecting net 243 is a fine mesh structure, can be by force that oil molecule is separated from the gas, reach the environmental protection standard of no oil smoke discharge.
When the storage vessel 13 of the structure 10 that removes slag began waste discharges, water conservation district 241 will be disposed in the storage vessel 13 through water-changing tube road 23 with oil in the water conservation district 241 or butyraceous water; Water level in the water conservation district 241 reduces and reduces along with the water level in the storage vessel 13; When water conservation district 241 median water level are reduced to the low level (being the water level lower limit) of the drain 14 in water-changing tube road 23, stop discharging, keep water level.
Above-mentioned exhaust input tube road 21 is introduced waste gas one end and is arranged at outside processing vessel 24 tops, as the inlet of waste gas, is convenient to introduce waste gas.One end of above-mentioned exhaust emission tube road 22 combustion gas is arranged at outside processing vessel 24 tops, is convenient to waste gas and discharges.
Above-mentioned exhaust input tube road 21 is arranged at an end in water conservation district 241, can be arranged near processing vessel 24 bottom parts, can make that so the waste gas of input is longer in the time in water conservation district 241, so that oil, gas separate more thorough.
Above-mentioned exhaust emission tube road 22 is arranged at an end of exhaust area 242, can be arranged on the top part near processing vessel 24, can make the higher of water level upper limit setting.
Above-mentioned emission-control equipment 20 effectively with the separating of oil processing in the kitchen exhaust gas, is avoided environmental pollution through simple structure, and has been reduced the cost of off gas treatment; Simultaneously, the processing mode environmental protection can not produce other environmental pollutant in the treating processes; And, also can effectively utilize heat energy entrained in the kitchen exhaust gas, help the oily water separation in the further operation.
With reference to Fig. 9, above-mentioned oily-water seperating equipment 30 can comprise oily water separation cabin 31, a plurality of unhurried current net 32 and overflow cabin 33; This oily water separation cabin 31 is provided with pod inlet 311 and oil discharge outlet 312, and this pod inlet 311 is provided with at least one unhurried current net 32; Waste water natural layering in this oily water separation cabin 31 that pod inlet 311 is introduced is discharged oil reservoir through oil discharge outlet 312; This oily water separation cabin 31 is communicated with 33 bottoms, said overflow cabin, and is being provided with at least one unhurried current net 32 near connection place; Water after the layering flows into overflow cabin 33 through connection place; This overflow cabin 33 is provided with water port 331, will be from the oily water separation cabin 31 water that flow into discharge.Above-mentioned oily-water seperating equipment 30 also comprises: oil storage barrel 34 receives the oil that oil discharge outlet 312 is discharged.
With reference to Figure 10 and Figure 11, above-mentioned oily water separation cabin 31 can be arranged in the same container with overflow cabin 33, separates through dividing plate to form.Dividing plate is not isolated both fully, but respectively leaves the space in bottom and bottom, and both are connected at top and bottom; Both are communicated with at the top can make two cabin internal gas pressures identical, and both then can make the water in the oily water separation cabin 31 flow out in the overflow cabin 33 at the connection in the bottom, and discharges through the water port 331 that is provided with in the overflow cabin 33.The pod in above-mentioned oily water separation cabin 31 inlet 311 is connected introducing waste water with the drain 14 of storage vessel 13 in the structure 10 that removes slag; And pass through at least one unhurried current net 32 of these pod inlet 311 settings and at least one unhurried current net 32 that is provided with near connection place; Reduce the surging force of introducing waste water; Make to introduce waste water can be owing to the difference of proportion in oily water separation cabin 31 natural layering rapidly; Thereby through oil discharge outlet 312 oil reservoir is expelled to oil storage barrel 34, and water is discharged through the water port 331 in overflow cabin 33.Thus, can rapidly profit effectively be separated through physical means, environmental protection and effectively, and cost is lower.
Above-mentioned overflow cabin 33 is communicated with exhaust emission tube road 22 in the emission-control equipment 20, introduces it and discharges gas, is expelled to outside the system through water port 331.
Above-mentioned kitchen waste water, treatment of waste gas system have realized the effective processing to kitchen waste water, waste gas through easy structure, and succinct, the profit of environmental protection, the separate mode of oil gas are provided, and help environment protection and have reduced production cost.
The above is merely the preferred embodiment of the utility model; Be not thus the restriction the utility model claim; Every equivalent structure or equivalent flow process conversion that utilizes the utility model specification sheets and accompanying drawing content to be done; Or directly or indirectly be used in other relevant technical fields, all in like manner be included in the scope of patent protection of the utility model.
Claims (10)
1. a kitchen waste water, treatment of waste gas system is characterized in that, comprise the structure that removes slag, emission-control equipment and oily-water seperating equipment;
The said structure that removes slag is discharged residue in the waste water and water sepn and isolating water is disposed in the oily-water seperating equipment with residue; Said emission-control equipment is expelled to the gas in the waste gas and separating of oil in the isolated water of the structure that removes slag with oil, is expelled in the oily-water seperating equipment again; Said oily-water seperating equipment carries out layering with oil-water mixture, and oil and moisture are begun to rehearse out.
2. kitchen waste water according to claim 1, treatment of waste gas system is characterized in that, the said structure that removes slag comprises waterwater entrance, filtration rotating disk, storage vessel, drain, tapping equipment and control device for pivoting float;
Said waterwater entrance is introduced waste water and is filtered the rotating disk filtration, filters back waste water and gets into storage vessel; Said drain is arranged at the storage vessel bottom; The opening and closing of said unsteady tapping equipment control drain, the water level in storage vessel first height that rises, unsteady tapping equipment is opened the drain waste discharge, and when the storage vessel median water level is reduced to second height, unsteady tapping equipment cuts out drain; Said control device for pivoting is arranged at the storage vessel outer bottom near the water port place, utilizes the water flow drives of waste discharge to filter dial rotation, throws away with waste water filtering to storage vessel and with residue.
3. kitchen waste water according to claim 2, treatment of waste gas system is characterized in that, said filtration rotating disk is provided with slag notch, and the residue that throws away in the said filtration rotating disk is discharged through slag notch.
4. kitchen waste water according to claim 2, treatment of waste gas system is characterized in that, said unsteady tapping equipment comprises ball float emission control device and interlock ball float; Said ball float emission control device drives the interlock ball float and opens drain when water level rises to first height, when water level is reduced to second height, drive the interlock ball float and close drain.
5. kitchen waste water according to claim 2, treatment of waste gas system is characterized in that said control device for pivoting comprises turbo, tooth sector and bull stick; Said turbo is arranged at the storage vessel outside near the water port place, when the water port waste discharge, utilizes the water flow drives tooth sector to rotate; Said tooth sector is connected with the filtration rotating disk through bull stick, and tooth sector drives the filtration dial rotation through bull stick when rotating.
6. kitchen waste water according to claim 1 and 2, treatment of waste gas system is characterized in that, said emission-control equipment comprises exhaust input tube road, exhaust emission tube road, water-changing tube road and processing vessel;
Said processing vessel is provided with water conservation district, exhaust area and oil-collecting net; Said oil-collecting net is arranged at said water conservation district at least;
One end in said exhaust input tube road is arranged at outside the processing vessel, introduces waste gas as exhaust gas entrance; The other end extends to the water conservation district, will introduce waste gas and be delivered to the water conservation district, separates the oil in the waste gas through the oil-collecting net, is retained in the water conservation district;
Said exhaust emission tube road one end is arranged at exhaust area, and the other end is arranged at outside the processing vessel, with gas in the exhaust area;
The oil in the water conservation district is discharged in said water-changing tube road.
7. kitchen waste water according to claim 6, treatment of waste gas system is characterized in that, said water-changing tube road one end is arranged at the water conservation district, and the other end is arranged at the storage vessel that stores waste water in the structure that removes slag, and the oil in the water conservation district is expelled in the storage vessel.
8. kitchen waste water according to claim 6, treatment of waste gas system is characterized in that, are provided with the water level upper limit and water level lower limit in the said processing vessel; The said water level upper limit to processing vessel top is an exhaust area; Be limited to the low level in water-changing tube road under the said water level.
9. kitchen waste water according to claim 1 and 2, treatment of waste gas system is characterized in that, said oily-water seperating equipment comprises oily water separation cabin, a plurality of unhurried current net and overflow cabin;
Said oily water separation cabin is provided with waterwater entrance and oil discharge outlet, and said waterwater entrance is provided with at least one unhurried current net; Waste water natural layering in said oily water separation cabin that waterwater entrance is introduced is discharged oil reservoir through oil discharge outlet;
Said oily water separation cabin is communicated with said overflow bilge portion, and is being provided with at least one unhurried current net near connection place; Water after the layering flows into the overflow cabin through connection place;
Said overflow cabin is provided with water port, and the water that will flow into from the oily water separation cabin is discharged.
10. kitchen waste water according to claim 9, treatment of waste gas system is characterized in that, said oily-water seperating equipment also comprises:
Oil storage barrel receives the oil that oil discharge outlet is discharged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201231264U CN202529923U (en) | 2012-03-28 | 2012-03-28 | Kitchen waste water and waste gas process system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201231264U CN202529923U (en) | 2012-03-28 | 2012-03-28 | Kitchen waste water and waste gas process system |
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| Publication Number | Publication Date |
|---|---|
| CN202529923U true CN202529923U (en) | 2012-11-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012201231264U Withdrawn - After Issue CN202529923U (en) | 2012-03-28 | 2012-03-28 | Kitchen waste water and waste gas process system |
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| CN (1) | CN202529923U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102633377A (en) * | 2012-03-28 | 2012-08-15 | 深圳瑞赛尔环保股份有限公司 | Kitchen wastewater and waste gas treatment system |
| CN104259189A (en) * | 2014-09-25 | 2015-01-07 | 杨新玉 | Kitchen waste purification and recovery device by use of biochemical process and using method thereof |
| CN117379836A (en) * | 2023-12-12 | 2024-01-12 | 深圳市勤实电力科技有限公司 | Crude oil gas water three-phase separation sled dress supercharging device |
-
2012
- 2012-03-28 CN CN2012201231264U patent/CN202529923U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102633377A (en) * | 2012-03-28 | 2012-08-15 | 深圳瑞赛尔环保股份有限公司 | Kitchen wastewater and waste gas treatment system |
| CN104259189A (en) * | 2014-09-25 | 2015-01-07 | 杨新玉 | Kitchen waste purification and recovery device by use of biochemical process and using method thereof |
| CN104259189B (en) * | 2014-09-25 | 2016-03-30 | 杨新玉 | A kind of biochemical process is to the purification recovery device in changing food waste and using method |
| CN117379836A (en) * | 2023-12-12 | 2024-01-12 | 深圳市勤实电力科技有限公司 | Crude oil gas water three-phase separation sled dress supercharging device |
| CN117379836B (en) * | 2023-12-12 | 2024-03-12 | 深圳市勤实电力科技有限公司 | Crude oil gas water three-phase separation sled dress supercharging device |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20121114 Effective date of abandoning: 20150107 |
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| RGAV | Abandon patent right to avoid regrant |