CN104560649A - Anaerobic power generation and gas supply station adopting rubber steel-concrete structure - Google Patents
Anaerobic power generation and gas supply station adopting rubber steel-concrete structure Download PDFInfo
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Abstract
The invention provides an anaerobic power generation and gas supply station adopting a rubber steel-concrete structure. Sewage and straw of a town, a livestock farm and a farm are taken as the raw materials, devices such as an internal stirring device, a heat preservation device, a heating device, an automatic alarm and the like are used for stirring and heating biogas slurry in tank bodies through multi-stage anaerobic fermentation, the biogas production efficiency of the biogas slurry is increased greatly, and the investment cost is saved simultaneously. An advanced production technology is provided for local material utilization, environment purification, clean energy production and resource recycling of the farm, the livestock farm, a residence community in town and the like. Large and extra-large anaerobic devices can be designed by means of the steel-concrete structure. According to an anaerobic tank group, an overflow tank for accommodating an overflow material is removed on the basis of the original production, a mode of single tank body production is changed into a combination mode, and a production process is formed. The production efficiency and gas yield of the biogas slurry can be increased. The anaerobic tank group, a purifying column group, a generator set, a pressure pump and a gas-fired boiler are combined, and complementation can be realized. Further, the anaerobic power generation and gas supply station has the functions of raw material saving, efficiency increase and environmental protection.
Description
One, technical field
The invention provides a kind of rubber steel and concrete structure anaerobic power-generating supply station.
Two, background technology
According to me achievement in research and production experience for many years, then further investigate summary, be optimized combination.
Three, the content of invention
The object of this invention
Object of the present invention, be to provide a kind of rubber steel and concrete structure anaerobic power-generating supply station, utilize the sewage on cities and towns, plant, farm, stalk is raw material, fermented by multistage anaerobic, stir, be incubated, heat in utilizing, the device such as auto-alarm warning, the natural pond liquid in tank body is stirred, is heated, greatly improve the efficiency in Ye Chan natural pond, natural pond, simultaneously investment reduction cost again.For gathering materials on the spot in farm, plant, town-property community etc., environment purification, produces clean energy, Resource Recycling Utilization, provides advanced production technology.Steel and concrete structure, can design large-scale, oversized anaerobic device.
The technical scheme that this invention provides
Rubber steel and concrete structure anaerobic power-generating supply station provided by the invention, is made up of anaerobic jar combination, purification tower, anaerobic jar temperature-increasing system, generating set four major part.The material of construction of anaerobic jar is rubber, and structure is that rubber adds the construction of steel column girder construction.
Anaerobic jar combines, and it is characterized in that, anaerobic jar needs airtight, is divided into the composition such as main anaerobic jar, secondary anaerobic jar, excretion anaerobic jar; Each anaerobism tank body is right cylinder, top design gas storage holder; Lateral layout cat ladder passes through in up and down.Base and earth surface place, be designed to concrete cushion from bottom to top successively or brick mixes bed course, timber bed course, concrete layer.Anaerobic jar also can be designed to other cylinders, stage body, centrum, spheroid, spheroid, and its solid mutually combined.
Tank body is steel and concrete structure, namely at the skin of double layers of tank body, designs steel construction load-bearing framework in length and breadth, can design large-scale, oversized anaerobic power-generating supply station.
Main anaerobic jar is feed anaerobic jar, and bottom design has into, drainage line, distributor, hermatic door; Side, top design overflow spout leads to secondary anaerobic jar, is secondary anaerobic jar feed.
Secondary anaerobic jar designs one or more, is leading, is draining between anaerobic jar; Its bottom design feed pipe is connected with main anaerobic jar overflow spout, bottom discharge mouth design anti-return lid, anaerobic jar bottom design discharge conduit, and hermatic door, design overflow spout in side, top is connected with the secondary anaerobic jar feeding pipeline of the next one.
Excretion anaerobic jar is designed to last anaerobic jar, and the design of its opening for feed is on anaerobic jar top, and the discharge port of feed pipe is lower than overflow spout top; Be positioned at the overflow spout of anaerobic jar and anaerobism tank skin angled after hang down to bottom; Be positioned at the overflow spout outside anaerobic jar, hang down to after angled with anaerobism tank skin and be connected with the valve Outer Tube of discharge conduit and be connected.
Annular walkway is designed with around gas storage holder; Gas storage holder designs vision slit, methane outlet.Between gas storage holder is crossing with anaerobic jar top, design bearing beam jacking cover plate, cover plate designing hole is the passage that biogas leads to gas storage holder; Below cover plate central authorities, hang and be connected on bearing beam, design a sealing chamber, and the walkway that sealing chamber is connected with space outerpace that design is closed; Design ventilation duct is vertical with walkway and be connected with space outerpace by secret room; On the Lang Bi of this walkway, on sealing locular wall, design glass transparent vision slit, can opening and closing; The shutter door of installing auto-alarm is designed at sealing locular wall wall face.
Each anaerobic jar crown center design sealing chamber, design motivation device in sealing chamber, to be connected with power set by bottom surface, room and to design agitator.Anaerobic jar top, design overflow spout; At anaerobic jar internal overflow pipeline, form an angle with anaerobism tank skin.Anaerobism tank skin is designed to double wall; Thermosphere is designed between two layers of walls; Outermost layer design thermal insulation layer.
Design excretion tubing system with major and minor, drain anaerobic jar and be connected, the natural pond liquid of each tank is finally entered in waste firedamp liquid pond by discharge conduit system.
Methane purification that to produce in anaerobic jar of design purification tower, except anhydrating, sulfurous gas and carbonic acid gas etc.Its composition is made up of stirring tower, reaction tower, knockout tower, settling tank etc.Biogas and lime aqueous solution enter in stirring tower from stirring the angled high pressure in tower bottom side; Bottom reaction tower, enter reaction tower by conduit from stirring top of tower, then enter bottom next reaction tower from this reaction tower top duct, circulate successively; Finally enter knockout tower, by gas classification out.Gas self-separation top of tower is discharged, and reaction solution self-separation tower bottom discharges settling tank by thrust-augmenting nozzle.Liquid after settling tank precipitation, enters stirring tower as new reaction liquid high pressure after the compound of reaction thing of adding portion again.Knockout tower head gas room is designed to spherical or other geometrical bodies, and lower liquid room is designed to right cylinder or other solids; Gas compartment and liquid chamber intersection are designed into row's conduit, enter to arrange conduit mouth height consistent, enter drainage speed consistent; Knockout tower can design some, forms knockout tower group.
Generating set is made up of hot well tank, engine and generator.Utilize biogas as power fuel, drive electrical generators generates electricity.The hot water circulation simultaneously produced is to hot well tank.Design gas fired-boiler and pressure pump, by the water in generating set hot well tank, press-in gas fired-boiler is vaporized; Then being transported to anaerobic jar heats in interlayer, provides thermal source to anaerobic jar.
Each anaerobic jar bottom design condensate draining pipeline, pipeline designs switch-valve respectively, and is connected with condensate draining pipeline system.
Anaerobic power-generating supply station, utilizes the sewage on cities and towns, plant, farm, and stalk is raw material, is fermented by multistage anaerobic, stirs, is incubated, heats, the device such as auto-alarm warning in utilizing, and stirs, heats, production biogas to the natural pond liquid in tank body.
Prospectus
1, anaerobism tank body is right cylinder, strengthens resistance to compression tension force.The outermost layer of double layers of tank body, vertical ground, Vertical Design load-bearing steel column, around cylinder, transverse design links crossbeam, not only increases the load-bearing of steel column, strengthens tank body resistance to compression tension force simultaneously.
Tank base design feeding discharging material pipeline, this pipeline is designed with opening-closing valve.Be positioned at the discharge port of tank, design and installation loader, on the one hand anti-backflow, on the other hand uniform distribution.The discharging arm that loader is bending, impels the overall evenly rising of fresh feed liquid.Top feed liquid flows to secondary anaerobic jar from overflow spout.Secondary anaerobic jar discharge port design anti-return lid, during charging, anti-return lid is opened automatically; When stopping feed, anti-return lid is closed automatically.
Tank body divides inside and outside two-layer, and skin skeleton construction is built and formed, and strengthen weight capacity, side is designed with People's Bank of China's cat ladder.Internal layer is designed to steel construction, scribbles protective film inside and outside steel construction.Steel construction not only saves cost, and readily conducts heat, and enhances productivity.
Upper end design gas storage holder, and design annular walkway.Tank top and gas storage holder contact position, design a cover plate, the circular breather hole of upper design of cover plate; Cover plate is in order to support gas storage film because subsiding without during gas, and the biogas produced in tank is delivered in tank deck gas storage holder by breather hole.Gas storage holder is designed with gas pipe line, transparent glass vision slit.Biogas in gas storage holder is sent outside by gas pipe line, and cabinet inner case observed by vision slit.
In the central authorities of tank deck circular cover, by crossbeam as bearing beam, downward suspension design one sealing chamber, this room seals, and to prevent in tank body biogas to outward leakage.Then the airtight walkway of transverse design one, is in communication with the outside sealing chamber interior.
Traverse sealing room and vertical with walkway, design enclosed ventilation road, sealing chamber inside is connected with the external world.
Walkway is airtight, prevents biogas in tank from revealing, facilitates people to enter this secret room simultaneously, carry out installation and maintenance machinery; Ventilation duct ventilates for sealing chamber on the one hand, and another aspect is sealing chamber daylighting, its closed state, for preventing in tank body biogas to outward leakage.
At this close indoor location power set and the whipping appts that lets droop in the liquid of natural pond.This passageway walls designs glass transparent vision slit, can open; On sealing locular wall, design can shutter door, outdoors design and installation auto-alarm.
When people enters sealing chamber operation, abhiseca loop corridor must be entered by the cat ladder outside tank body, then enter sealing room by the folding step being located at annular walkway opening.
2, close hermatic door and drainage line valve, open feed pipe valve, liquid high-pressure pump in natural pond is injected in tank body.When the feed liquid in tank body reaches production requirement volume, warning tank starts to report to the police, and staff closes material inlet valve, stops supply feed liquid.
3, as observed the situation in tank, available torch irradiates the transparent glass the opened vision slit that sealing chamber and walkway are designed, and observes the situation in tank body by vision slit.As vision slit is opaque, can open and wipe dirt settling, observe again after closedown.
4, stirring one is at least started shooting every day to secondary, at every turn about 1 hours.Also can repeatedly stir, also sustainable stirring.
5, the breather hole of biogas by top cover plate designs produced in tank body, enters in the gas storage holder of top design endlessly.
6, anaerobism tank body top and gas storage film contact position, ring surrounding is designed with People's Bank of China corridor, so that ongoing operations.
7, gas storage holder mesentery tool material makes, and opens airflow hole above, design transparent glass vision slit.Airflow hole is connected with pipeline, flows to user.
8, outside anaerobism tank skin, design thermal insulation layer; Tank body bottom position, design condensate drain; This discharge conduit designs opening-closing valve, and valve is opened in timing, discharges water of condensation.
9, the discharge conduit of tank body lower part and hermatic door, is normally in closing condition when producing.When tank interior needs repairing, close feeding pipeline valve, open discharge conduit valve, by discharge conduit system, natural pond liquid is entered in waste firedamp liquid pond.After draining, open hermatic door, remaining biogas in the tank body that disperses, people is allowed for access operation in tank.
10, the biogas produced by anaerobic jar injects the reaction solution stirring high speed rotating in tower body with the form of high pressure; Reaction solution simultaneously outside tower also stirs in tower with angled the entering endlessly of high voltage style.Biogas and reaction solution after mix and blend, enter reaction tower by top duct in stirring tower.
Reaction tower can design multiple, forming reactions tower group, and is interconnected.Knockout tower is entered again by reaction tower.Because biogas is water insoluble, in knockout tower, reaction solution is separated with biogas.Liquid enters settling tank, and gas enters gas-holder.
In knockout tower, the speed that reaction solution enters is identical with the speed of discharge, does not take separated biogas storage space to reaction solution; Knockout tower can design multiple series connection application, until biogas classification totally.
When purification tower needs repairing, close associated valve, discharge liquid in tower from tower bottom liquid outlet, carry out detachable maintaining.
After reaction solution precipitation in settling tank, add reactant Posterior circle recycling.
11, the combustion gas after purification is supplied to generating set generating, and is supplied to user's use.
12, by the high-temperature-hot-water that generating set produces, in hot well tank, send into gas fired-boiler by pressure pump vaporize, heat to the natural pond liquid in anaerobic jar, improve biogas output.
13, with the sanitary sewage such as cities and towns, plant, and in farmland, growing plants stalk is raw material, makes natural pond liquid in the liquid pool of natural pond, then stirs, while squeeze into main anaerobic jar by high-pressure pump.
Beneficial effect of the present invention
This anaerobic jar group, on the basis of original production, eliminates the weir tank holding overflow substance.Single tank body is produced, changes into array mode, form a Production Flow Chart.Improve natural pond liquid production efficiency and gas production rate.
Anaerobic jar group and purification tower group, generating set, pressure pump and gas fired-boiler are combined, can be complementary.Play economize in raw materials, raise the efficiency, the effect of protection of the environment.
Four, accompanying drawing explanation
1. Fig. 1, this figure are anaerobic jar stirred pot vertical section structure schematic diagram.Wherein: 1 feed-pipe, 2 cat ladders, 3 thermal insulation layers, 4 double-walled wall exterior walls, 5 double-walled wall space interlayers, 6 double-walleds wall within the walls, 7 loop corridors, 8 methane outlets, 9 gas storage holders, 10 pneumatic outlets, 11 vent passages, 12 auto-alarms, 13 engines, 14 gas storage holder vision slits, 15 sealing chamber walkwaies, 16 folding steps, 17 upflow tubes, 18 agitators, 19 loaders, 20 loader feeder sleeves, 21 loader supports, 22 hermatic doors, 23 drainage conduit, 24 concrete cushions, 25 ground marks, 26 timber bed courses, 27 concrete cushions, 56 switch-valves.
2. Fig. 2, this figure are secondary anaerobic jar vertical section structure schematic diagram.Wherein: 2 cat ladders, 3 thermal insulation layers, 4 double-walled wall exterior walls, 5 double-walled wall space interlayers, 6 double-walleds wall, 7 loop corridors, 8 methane outlets, 9 gas storage holders, 10 pneumatic outlets, 11 vent passages, 13 engines, 14 gas storage holder vision slits, 15 sealing chamber walkwaies, 16 folding steps, 17 feeding pipelines, 18 agitators, 22 hermatic doors, 23 drainage conduit, 24 concrete cushions, 26 timber bed courses, 27 concrete cushions, 28 anti-return lids within the walls.
3. Fig. 3, this figure are excretion anaerobic jar vertical section structure schematic diagram.Wherein: 3 thermal insulation layers, 4 double-walled wall exterior walls, 5 double-walled wall space interlayers, 6 double-walleds wall, 7 loop corridors, 8 methane outlets, 9 gas storage holders, 10 pneumatic outlets, 11 vent passages, 13 engines, 14 gas storage holder vision slits, 15 sealing chamber walkwaies, 16 folding steps, 17 feeding pipelines, 22 hermatic doors, 23 drainage conduit, 24 concrete cushions, 26 timber bed courses, 27 concrete cushions, 29 fixed beams within the walls.
4. Fig. 4, this figure are anaerobic jar sealing chamber cross-sectional structure schematic diagram.Wherein: 11 vent passages, 12 auto-alarms, 13 engines, 15 sealing chamber walkwaies, 16 folding steps, 50 cover plates, 57 methane outlets.
5. Fig. 5, this figure are main anaerobic jar lower cross section structural representation.Wherein: 1 feed-pipe, 3 thermal insulation layers, 4 double-walled wall exterior walls, 5 double-walled wall space interlayers, 6 double-walleds wall, 19 loaders, 20 loader feeder sleeves, 22 hermatic doors, 23 drainage conduit within the walls.
6. Fig. 6 a, this figure are main anaerobic jar lower cross section steel construction schematic diagram.Wherein: 1 feed-pipe, 3 thermal insulation layers, 4 double-walled wall exterior walls, 5 double-walled wall space interlayers, 6 double-walleds wall, 19 loaders, 20 loader feeder sleeves, 22 hermatic doors, 23 drainage conduit, 35 steel columns within the walls.
7. Fig. 6 b, this figure are secondary anaerobic jar, excretion anaerobic jar lower cross section steel construction schematic diagram.Wherein: 3 thermal insulation layers, 4 double-walled wall exterior walls, 5 double-walled wall space interlayers, 6 double-walleds wall, 17 feed-pipes, 22 hermatic doors, 23 drainage conduit, 35 steel columns within the walls.
8. Fig. 6 c, this figure are secondary anaerobic jar, excretion anaerobic jar lower cross section steel construction schematic diagram.Wherein: 17 feed-pipes, 3 thermal insulation layers, 4 double-walled wall exterior walls, 5 double-walled wall space interlayers, wall, 22 hermatic doors, 23 drainage conduit, 35 steel columns, 57 link crossbeam to 6 double-walleds within the walls.
9. Fig. 6 d, this figure are each anaerobic jar outer side steel construction schematic diagram.Wherein: 35 steel columns, 57 link crossbeam.
10. Fig. 7, this figure are anaerobic jar group and discharge conduit cross-sectional structure schematic diagram.Wherein: 1 main anaerobic jar feed-pipe, 17 upflow tubes, 19 main anaerobic jar loaders, 31 discharge conduits, 32 excretion ponds, 33 excretion anaerobic jar, 34 secondary anaerobic jars.
11. Fig. 8, this figure are methane purifying tower vertical section structure schematic diagram.Wherein: 36 stirring towers, 37 water-ins, 38 switch-valves, 39 biogas entrances, 40 escape orifices, 41 fixed supports, 42 conduits, 43 reaction towers, 44 link fixed beam, 45 knockout towers, 46 methane outlets, 47 drain pipes.
12. Fig. 9, this figure are water supply part cross-sectional structure schematic diagram in methane purifying tower.Wherein: feed pipe in 48 purification towers, 49 towers.
13. Figure 10, this figure are generator unit structure schematic diagram.Wherein: 51 generators, 52 power fuselages, 53 water tanks, 54 hot water outlets, 55 cooling water inlets.
Five, embodiment
1, close eduction valve, hermatic door, the feed liquid of making is pumped in tank body from dosing chamber.
2, when the feed liquid in anaerobism tank body reaches the volume of needs, warning howler is reported to the police at once, stops stock, closes feeding pipeline valve.
3, carry out start every day to stir on time.Open vision slit if desired, or directly observe the situation in anaerobism tank body by vision slit.
4, staff must strictly carry out work in operation sequence, prevents biogas from revealing, and the biogas of the biogas or remnants of guarding against leakage causes that people is poisoning, No Open Flames.Regular safety check.
5, by the high-temperature steam that gas fired-boiler is produced, inject in anaerobic jar body wall interlayer, heat to natural pond liquid in anaerobic jar.
Claims (10)
1. rubber steel and concrete structure anaerobic power-generating supply station, is made up of anaerobic jar combination, purification tower, anaerobic jar temperature-increasing system, generating set four major part; The material of construction of anaerobic jar is rubber, and structure is that rubber adds the construction of steel column beam skeleton construction.
2. rubber steel and concrete structure anaerobic power-generating supply station according to claim 1, is characterized by: anaerobic jar needs airtight, is divided into the composition such as main anaerobic jar, secondary anaerobic jar, excretion anaerobic jar; Each anaerobism tank body is right cylinder, top design gas storage holder; Lateral layout cat ladder passes through in up and down; Base and earth surface place, be designed to concrete cushion from bottom to top successively or brick mixes bed course, timber bed course, concrete layer.Tank body is steel and concrete structure, namely at the skin of double layers of tank body, designs steel construction load-bearing framework in length and breadth, can design large-scale, oversized anaerobic power-generating supply station.
3. rubber steel and concrete structure anaerobic power-generating supply station according to claim 1, is characterized by: anaerobic jar also can be designed to other cylinders, stage body, centrum, spheroid, spheroid, and its solid mutually combined.
4. rubber steel and concrete structure anaerobic power-generating supply station according to claim 1, is characterized by: main anaerobic jar is feed anaerobic jar, and bottom design has into, drainage line, distributor, hermatic door; Side, top design overflow spout leads to secondary anaerobic jar, is secondary anaerobic jar feed;
Secondary anaerobic jar designs one or more, is leading, is draining between anaerobic jar; Its bottom design feed pipe is connected with main anaerobic jar overflow spout, bottom discharge mouth design anti-return lid, anaerobic jar bottom design discharge conduit, hermatic door, and design overflow spout in side, top is connected with the secondary anaerobic jar feeding pipeline of the next one;
Excretion anaerobic jar is designed to last anaerobic jar, and the design of its opening for feed is on anaerobic jar top, and the discharge port of feed pipe is lower than overflow spout top; Be positioned at the overflow spout of anaerobic jar and anaerobism tank skin angled after hang down to bottom; Be positioned at the overflow spout outside anaerobic jar, hang down to after angled with anaerobism tank skin and be connected with the valve Outer Tube of discharge conduit and be connected;
Each anaerobic jar bottom design condensate draining pipeline, pipeline designs switch-valve respectively, and is connected with condensate draining pipeline system.
5. rubber steel and concrete structure anaerobic power-generating supply station according to claim 1, is characterized by: ad hoc meter discharge conduit system with major and minor, drain anaerobic jar and be connected, the natural pond liquid of each tank is finally entered in waste firedamp liquid pond by discharge conduit system.
6. rubber steel and concrete structure anaerobic power-generating supply station according to claim 1, is characterized by: anaerobic jar crown center design sealing chamber, and design motivation device in sealing chamber, to be connected with power set by bottom surface, room and to design agitator; Anaerobic jar top, design overflow spout; At anaerobic jar internal overflow pipeline, form an angle with anaerobism tank skin; Anaerobism tank skin is designed to double wall; Thermosphere is designed between two layers of walls; Outermost layer design thermal insulation layer.
7. rubber steel and concrete structure anaerobic power-generating supply station according to claim 1, is characterized by: be designed with annular walkway around gas storage holder; Gas storage holder designs vision slit, methane outlet; Between gas storage holder is crossing with anaerobic jar top, design bearing beam jacking cover plate, cover plate designing hole is the passage that biogas leads to gas storage holder; Below cover plate central authorities, hang and be connected on bearing beam, design a sealing chamber, and the walkway that sealing chamber is connected with space outerpace that design is closed; Design ventilation duct is vertical with walkway and be connected with space outerpace by secret room; On the Lang Bi of this walkway, on sealing locular wall, design glass transparent vision slit, can opening and closing; The shutter door of installing auto-alarm is designed at sealing locular wall wall face.
8. rubber steel and concrete structure anaerobic power-generating supply station according to claim 1, is characterized by: methane purification that will produce in anaerobic jar of design purification tower, except anhydrating, sulfurous gas and carbonic acid gas etc.; Its composition is made up of stirring tower, reaction tower, knockout tower, settling tank etc.; Biogas and lime aqueous solution enter in stirring tower from stirring the angled high pressure in tower bottom side; Bottom reaction tower, enter reaction tower by conduit from stirring top of tower, then enter bottom next reaction tower from this reaction tower top duct, circulate successively; Finally enter knockout tower, by gas classification out; Gas self-separation top of tower is discharged, and reaction solution self-separation tower bottom discharges settling tank by thrust-augmenting nozzle; Liquid after settling tank precipitation, enters stirring tower as new reaction liquid high pressure after the compound of reaction thing of adding portion again; Knockout tower head gas room is designed to spherical or other geometrical bodies, and lower liquid room is designed to right cylinder or other solids; Gas compartment and liquid chamber intersection are designed into row's conduit, enter to arrange conduit mouth height consistent, enter drainage speed consistent; Knockout tower can design some, forms knockout tower group.
9. rubber steel and concrete structure anaerobic power-generating supply station according to claim 1, is characterized by: generating set is made up of hot well tank, engine and generator; Utilize biogas as power fuel, drive electrical generators generates electricity; The hot water circulation simultaneously produced is to hot well tank; Design gas fired-boiler and pressure pump, by the water in generating set hot well tank, press-in gas fired-boiler is vaporized; Then being transported to anaerobic jar heats in interlayer, provides thermal source to anaerobic jar.
10. rubber steel and concrete structure anaerobic power-generating supply station according to claim 1, it is characterized by: anaerobic power-generating supply station, utilize the sewage on cities and towns, plant, farm, stalk is raw material, fermented by multistage anaerobic, stir, be incubated, heat in utilizing, the device such as auto-alarm warning, the natural pond liquid in tank body is stirred, is heated, production biogas.
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4436818A (en) * | 1980-07-11 | 1984-03-13 | Peter Widmer | Apparatus for carrying out an anaerobic fermentation of organic solid matter for the purpose of extracting a combustible gas |
| CN101597562A (en) * | 2009-07-06 | 2009-12-09 | 贵州黔林洲环保能源科技有限公司 | Big-and-middle-sized biogas engineering B grade anaerobic fermentation and power generation system |
| CN103865768A (en) * | 2012-12-07 | 2014-06-18 | 朱永彪 | Automatic alarming glass reinforced plastic and steel mixed membrane anaerobic jar |
| CN103865771A (en) * | 2012-12-07 | 2014-06-18 | 朱永彪 | Internally stirred reinforced concrete mixed membrane anaerobic jar |
-
2014
- 2014-12-22 CN CN201410836602.0A patent/CN104560649A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4436818A (en) * | 1980-07-11 | 1984-03-13 | Peter Widmer | Apparatus for carrying out an anaerobic fermentation of organic solid matter for the purpose of extracting a combustible gas |
| CN101597562A (en) * | 2009-07-06 | 2009-12-09 | 贵州黔林洲环保能源科技有限公司 | Big-and-middle-sized biogas engineering B grade anaerobic fermentation and power generation system |
| CN103865768A (en) * | 2012-12-07 | 2014-06-18 | 朱永彪 | Automatic alarming glass reinforced plastic and steel mixed membrane anaerobic jar |
| CN103865771A (en) * | 2012-12-07 | 2014-06-18 | 朱永彪 | Internally stirred reinforced concrete mixed membrane anaerobic jar |
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