CN204039329U - A kind of continuous-type microwave heating biological matter and organic waste cracking apparatus - Google Patents
A kind of continuous-type microwave heating biological matter and organic waste cracking apparatus Download PDFInfo
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- CN204039329U CN204039329U CN201420481287.XU CN201420481287U CN204039329U CN 204039329 U CN204039329 U CN 204039329U CN 201420481287 U CN201420481287 U CN 201420481287U CN 204039329 U CN204039329 U CN 204039329U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E50/00—Technologies for the production of fuel of non-fossil origin
- Y02E50/10—Biofuels, e.g. bio-diesel
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P20/00—Technologies relating to chemical industry
- Y02P20/141—Feedstock
- Y02P20/145—Feedstock the feedstock being materials of biological origin
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Abstract
The utility model discloses a kind of continuous-type microwave heating biological matter and organic waste cracking apparatus, the import of outlet docking charging hoister (2) of microwave dryer (1), outlet docking storage bin (3) of charging hoister (2), the import of outlet docking feeding spiral conveyer (4) of hopper (3), outlet docking microwave cracking body of heater (5) of described worm conveyor (4), outlet docking discharging spiral conveyor (6) of described microwave cracking body of heater (5), described microwave cracking body of heater (5) is provided with temperature regulating device, oxygen partial pressure proofing unit, safety valve, atmosphere piping system (7), microwave feedthrough system (8), gas sampling and separation system (9), cooling water channel system (10), Controlling System (11) and atmosphere system (12).The utility model is that a kind of Heating temperature is low, and speed of response is fast, process biomass and the high continuous-type microwave heating biological matter of organic waste quality and organic waste cracking apparatus.
Description
Technical field
The utility model relates to a kind of microwave cracking equipment, particularly relates to a kind of continuous-type microwave heating biological matter and organic waste cracking apparatus.
Technical background
Domestic refuse and organic straw, stalk, the cotton stalk etc. of present various places are all burn substantially, in burning process, produce a large amount of hazes to air, and serious harm in people healthy.
Utility model content
Technical problem to be solved in the utility model is to provide the continuous-type microwave heating biological matter and organic waste cracking apparatus that a kind of Heating temperature is low, speed of response fast, process material quality is high.
In order to solve the problems of the technologies described above, the continuous-type microwave heating biological matter that the utility model provides and organic waste cracking apparatus, the import of the outlet docking charging hoister of microwave dryer, the outlet docking hopper of described charging hoister, the import of the outlet docking feeding spiral conveyer of described hopper, the outlet docking microwave cracking body of heater of described feeding spiral conveyer, the outlet docking discharging spiral conveyor of described microwave cracking body of heater, described microwave cracking body of heater is provided with temperature regulating device, oxygen partial pressure proofing unit, safety valve, atmosphere piping system, microwave feedthrough system, gas sampling and separation system, cooling water channel system, Controlling System and atmosphere system.
Described microwave dryer carries out biomass and organic waste heat drying, comprises microwave and suppresses opening for feed, microwave drying section, gas curtain, microwave to suppress discharge port and transmission system.
Described charging hoister is primarily of driving strainer, drive unit, electric motor, chain wheel set, chain, lifting hopper, mainframe, limit switch, loading device group composition; By promoting the to-and-fro movement of hopper, material is transported to described hopper from fabrication facility floor, and described hopper is provided with level gage and hoister control system links.
Described hopper is positioned at described feeding spiral conveyer top, and the bottom of described hopper is equipped with charging Blowing stopper flange and is connected with the feed opening flange of described feeding spiral conveyer.
Described microwave cracking body of heater comprises cracking one section, cracking two sections, microwave feedthrough system, slow cooling section, water-cooled section, lower stirring mechanism and temperature measuring equipment; The shielding gas blown into from the valve of described atmosphere system, regulates the oxygen level of cracking section; Described microwave feedthrough system feed-in microwave makes the material entering cracking section reach certain temperature, and measured the real-time temperature of every segment material by the temperature regulating device described in microwave cracking body of heater is arranged, then controlled the temperature of reacting by described Controlling System.
After described discharging spiral conveyor is positioned at the water-cooled section of the cracking section of described microwave cracking body of heater, its feed opening flange is connected with cracking section lower flange, and discharge port flange is connected with discharging bin feed opening flange; Primarily of transmission rig, water-cooling water jackets, discharge port, opening for feed composition; Bearing support is equipped with at two ends, is provided with graphite cannula and hermetic oil seal in bearing support, in case leaky wave and gas leakage; Be equipped with two below and install journal stirrup, journal stirrup is connected with the discharging screw machine support of framework platform; Swivel joint main application introduces water coolant to be cooled by spiral arbor.
Described cooling water channel system is outer cooling circulating water system, described outer cooling circulating water system is divided into waterworks, air cooling system and return water system, waterworks comprises water pump, tensimeter, pipeline and various valve, air cooling system mainly refers to circular glass steel cooling tower, water in water reservoir is squeezed into circular glass steel cooling tower water-in by water pump by waterworks, water is cooled in circular glass steel cooling tower, then chilled water is pooled to bottom circular glass steel cooling tower, gets back to cooling pond through pipeline.
Described atmosphere system comprises main inlet pipe, inlet pipe and oxygen analyzer interface, the pagoda type straight coupling main inlet pipe having four confessions be connected with protection gas cylinder and weather gage, a ball valve is all connected to after each pagoda type straight coupling, pagoda type straight coupling is inserted in protection gas cylinder pneumatic tube during access, then tighten joint with clip; Pressure needed for being regulated by the relief valve on institute's dress reliever on protection gas cylinder is to gas supply conduit; shielding gas enters each inlet mouth of body of heater by each road segmental bronchus; each branch road is all equipped with glass rotameter and ball valve, is regulated the air demand of each branch road by ball valve.
The microwave transmission system of described microwave feedthrough system has two kinds of forms: horizontal microwave transmission system puts microwave transmission system with perpendicular; The microwave source that the microwave generator of described microwave feedthrough system is made up of magnetron and excitation cavity and power supply thereof is 20 ~ 100kW/915MHz microwave source system.
The microwave feed-in mode of described microwave feedthrough system is by the top feed-in of waveguide from described microwave cracking body of heater.
Adopt continuous-type microwave heating biological matter and the organic waste cracking apparatus of technique scheme, microwave dryer carries out biomass and organic waste heat drying, worm conveyor is that biomass and organic waste are entered feeding spiral conveyer by hopper, and microwave cracking body of heater is that biomass and organic waste are carried out cracking.The utility model is that a kind of Heating temperature is low, and speed of response is fast, process biomass and the high continuous-type microwave heating biological matter of organic waste quality and organic waste cracking apparatus.
Continuous-type microwave heating biological matter and organic waste cracking apparatus are a kind of large-scale cracking apparatus of continuously feeding continuous discharge, realize high-quality, production efficiency is high, less energy-consumption, biomass and organic waste microwave cracking equipment.Domestic refuse cracking and organic straw, stalk, the cotton stalk etc. in large, medium and small city can be widely used in.Haze can be reduced and improve Air quality, bring benefit to the people for national energy-saving reduces discharging.Continuous-type microwave heating biological matter and organic waste cracking apparatus replace the conventional approach such as present burning.
Main application of the present utility model and feature:
This equipment can carry out microwave cracking to different kind organism matter and organic waste under controlled atmosphere.This equipment is suitable for continuity batch production operation, can realize high-quality, high-level efficiency, less energy-consumption organic waste microwave cracking.
Easy to use, simple to operate, energy-efficient, safe and reliable and uniform and stable heating, increases substantially homogeneity of product and yield rate;
Safe and reliable full micro-wave screening suppresses cavity design;
Be equipped with the long-life Special industrial microwave source of power continuous adjustable high stability;
There is simple and efficient operation control system;
Good looking appearance, mechanism are compact, and working service is convenient.
Accompanying drawing explanation
Fig. 1 is the utility model front view.
Fig. 2 is the utility model vertical view.
Fig. 3 is dryer device structural representation.
Fig. 4 is feeder apparatus structure schematic diagram.
Fig. 5 is microwave cracking furnace binding schematic diagram.
Fig. 6 is discharging screw machine.
Fig. 7 is microwave transmission system.
Fig. 8 is outer circulation cooling water system.
Embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
See Fig. 1 and Fig. 2, a kind of continuous-type microwave heating biological matter and organic waste cracking apparatus, the import of the outlet docking charging hoister 2 of microwave dryer 1, the outlet docking hopper 3 of charging hoister 2, the import of the outlet docking feeding spiral conveyer 4 of hopper 3, the outlet docking microwave cracking body of heater 5 of feeding spiral conveyer 4, the outlet docking discharging spiral conveyor 6 of microwave cracking body of heater 5, microwave cracking body of heater 5 is provided with temperature regulating device, oxygen partial pressure proofing unit, safety valve, atmosphere piping system 7, microwave feedthrough system 8, gas sampling and separation system 9, cooling water channel system 10, Controlling System 11 and atmosphere system 12.
See Fig. 3, microwave dryer 1 carries out biomass and organic waste heat drying, comprises microwave and suppresses opening for feed, microwave drying section, gas curtain, microwave to suppress discharge port and transmission system; Material enters dryer section by transmission; Mass transport speed regulates the transfer rate of material by the frequency control motor of transmission system.
See Fig. 4, charging hoister 2 is primarily of driving strainer, drive unit, electric motor, chain wheel set, chain, lifting hopper, mainframe, limit switch, loading device group composition; By promoting the to-and-fro movement of hopper, material is transported to described hopper 3 from fabrication facility floor, hopper 3 is provided with level gage and hoister control system links, when material is lower than level gage place plane, level gage sends few material alarm, manually carry out material loading, when the material amount of reaching capacity in elevating hopper (material exceed slightly elevating hopper opening's edge and do not fall), stop reinforced.
Hopper 3 is positioned at feeding spiral conveyer 4 top, the bottom of hopper 3 is equipped with charging Blowing stopper flange and is connected with the feed opening flange of feeding spiral conveyer 4, material enters feeding spiral conveyer 4 by hopper 3, hopper 3 is provided with level gage and detects level of filler material in hopper 3, when material is lower than level gage place plane, level gage sends material loading signal, then carries out artificial loading.
See Fig. 5, microwave cracking body of heater 5 comprises cracking one section, cracking two sections, microwave feedthrough system, slow cooling section, water-cooled section, lower stirring mechanism and temperature measuring equipment; Microwave cracking body of heater 5 is provided with atmosphere system 12, from the valve of atmosphere system 12, blows into carbonic acid gas (or other shielding gas), the oxygen level of cracking section can be regulated; Microwave cracking body of heater 5 is provided with microwave feedthrough system 8, microwave feedthrough system 8 feed-in microwave makes the material entering cracking section reach certain temperature, and measured the real-time temperature of every segment material by the temperature regulating device that microwave cracking body of heater 5 is arranged, then control the temperature of reaction by Controlling System 11; When material enters into slow cooling section device body, because this section has lagging material, mainly make temperature of charge slowly decline and be cooled to certain temperature to ensure its processing requirement; When material enters into water-cooled section, because this section arranges water jacket without lagging material, the heat distributed when taking away material cooling by force by the cooling circulating water in water jacket, thus the cooling accelerating material is reaching corresponding processing requirement.
See Fig. 6, after discharging spiral conveyor 6 is positioned at the water-cooled section of the cracking section of microwave cracking body of heater 5, its feed opening flange is connected with cracking section lower flange, and discharge port flange is connected with discharging bin feed opening flange; The remaining activated carbon that cracking is over delivers to discharging bin from cracking section; Primarily of transmission rig, water-cooling water jackets, discharge port, opening for feed composition; The machine is without lagging material, and material enters the machine when moving backward, and water coolant constantly circulates in water-cooling water jackets, takes away the amount of heat that material distributes, thus makes material reach the object of cooling fast; Bearing support is equipped with at two ends, is provided with graphite cannula and hermetic oil seal in bearing support, in case leaky wave and gas leakage; Be equipped with two below the machine and install journal stirrup, after the machine installs, journal stirrup is connected with the discharging screw machine support of framework platform; Swivel joint main application introduces water coolant to be cooled by spiral arbor.
See Fig. 6, after discharging bin 13 is positioned at discharging screw machine, primarily of opening for feed, service port, warehouse, viewing window, discharge port, Blowing stopper composition, opening for feed docks with discharging screw machine discharge port, therebetween Blowing stopper, discharge port connects Blowing stopper, and the effect of Blowing stopper is when material is made in the full time control of material in discharging bin; Viewing window on warehouse is used to the charging situation of observing discharging bin; During discharging, first close down discharging screw machine and close discharging bin opening for feed Blowing stopper, then discharging bin discharge port Blowing stopper blowing is opened, when getting blamed very smooth and easy when discharging bin discharging under material, service port cover plate can be opened, impel it to accelerate with the club material stirred in discharging bin, another effect of service port is the glass of clean viewing window; Service port cover plate there are two valves; when the material in discharging bin discharges; first close discharging bin outlet Blowing stopper; open the ball valve on one of them valve again, another valve passes into carbonic acid gas (or other shielding gas) to displace the oxygen in feed bin, after having replaced; close ball valve; stop ventilation, open discharging bin opening for feed Blowing stopper, open discharging screw machine and carry out next batch discharging.
See Fig. 8, cooling water channel system 10 is outer cooling circulating water system, described outer cooling circulating water system is divided into waterworks, air cooling system and return water system, waterworks comprises water pump, tensimeter, pipeline and various valve, air cooling system mainly refers to circular glass steel cooling tower, water in water reservoir is squeezed into circular glass steel cooling tower water-in by water pump by waterworks, water is cooled in circular glass steel cooling tower, then chilled water is pooled to bottom circular glass steel cooling tower, gets back to cooling pond through pipeline.
See Fig. 1 and Fig. 5, atmosphere system 12 comprises main inlet pipe, inlet pipe and oxygen analyzer interface, the pagoda type straight coupling main inlet pipe having four confessions be connected with protection gas cylinder and weather gage, a ball valve is all connected to after each pagoda type straight coupling, the quantity of access protection gas cylinder is made by oneself by user according to processing requirement, pagoda type straight coupling is inserted in protection gas cylinder pneumatic tube during access, then tighten joint with clip; Pressure needed for being regulated by the relief valve on institute's dress reliever on protection gas cylinder is to gas supply conduit, shielding gas enters each inlet mouth of body of heater by each road segmental bronchus, each branch road is all equipped with glass rotameter and ball valve, regulates the air demand of each branch road by ball valve; This device is before cracking charging, first should close discharging bin discharge port Blowing stopper, open discharging bin opening for feed Blowing stopper, shielding gas is filled with from discharging bin inlet mouth, and from the oxygen level of oxygen analyzer interface access oxygen analyzer sporadically in measuring apparatus, just can charging after oxygen level reaches requirement; Shielding gas to be filled with from the inlet mouth the gas curtain of feed auger machine in the process of charging, then open microwave and carry out drying and scission reaction, in the process of reaction, each microwave feed-in mouth is equipped with inlet mouth, regulate by ball valve and pass into a small amount of shielding gas to each microwave feed-in mouth, in case the absorption of the too high and carbon black of temperature herein; Whole reaction process will the oxygen level of monitoring device at any time.
See Fig. 5, heat-insulation system comprises boiler tube, stirring shaft, cover plate, thermocouple sheath, warming plate, loose wool etc., cracking hypomere is connected with slow cooling section body of heater, after slow cooling section body of heater is connected with water-cooled section, with high temperature clay by boiler tube and water-cooled section upper flange gummed, each ceramic beaverboard is clean at the standby front necessary binder removal of installing, and scene cuts the fissure of displacement and assembles each ceramic beaverboard, first loads boiler tube surrounding ceramic beaverboard, then on four angles, fill in loose wool, more according to said method up install; When thermocouple sheath is installed, on boiler tube, first beat the hole of suitable size with special hole making drill, insert thermocouple sheath; Insert in furnace chamber inwall both sides and outer warming plate and be incubated lath (can not just to microwave feed-in mouth), to guarantee warming plate and Jun You gap, both sides; With high temperature clay, cover plate and dryer section body of heater are glued together, require air tight.
See Fig. 7, the microwave transmission system of described microwave feedthrough system has two kinds of forms: horizontal microwave transmission system puts microwave transmission system with perpendicular; The microwave source (also known as microwave generator) that the microwave generator of system is made up of magnetron and excitation cavity (head) and power supply thereof is 20 ~ 100kW/915MHz microwave source system.
See Fig. 5 and Fig. 7, the microwave feed-in mode of described microwave feedthrough system 8 is from the top feed-in of described microwave cracking body of heater 5 but not side feed-in by waveguide.
Above utility model is only better embodiment of the present utility model; protection domain of the present utility model is not limited with above-mentioned embodiment; in every case those skilled in the art modify or change according to the equivalence that the utility model institute disclosure is done, and all include in protection domain described in claims.
Claims (10)
1. a continuous-type microwave heating biological matter and organic waste cracking apparatus, it is characterized in that: the import of outlet docking charging hoister (2) of microwave dryer (1), outlet docking hopper (3) of described charging hoister (2), the import of outlet docking feeding spiral conveyer (4) of described hopper (3), outlet docking microwave cracking body of heater (5) of described feeding spiral conveyer (4), outlet docking discharging spiral conveyor (6) of described microwave cracking body of heater (5), described microwave cracking body of heater (5) is provided with temperature regulating device, oxygen partial pressure proofing unit, safety valve, atmosphere piping system (7), microwave feedthrough system (8), gas sampling and separation system (9), cooling water channel system (10), Controlling System (11) and atmosphere system (12).
2. continuous-type microwave heating biological matter according to claim 1 and organic waste cracking apparatus, it is characterized in that: described microwave dryer (1) carries out biomass and organic waste heat drying, comprise microwave and suppress opening for feed, microwave drying section, gas curtain, microwave to suppress discharge port and transmission system.
3. continuous-type microwave heating biological matter according to claim 1 and 2 and organic waste cracking apparatus, is characterized in that: described charging hoister (2) is primarily of driving strainer, drive unit, electric motor, chain wheel set, chain, lifting hopper, mainframe, limit switch, loading device group composition; By promoting the to-and-fro movement of hopper, material is transported to described hopper (3) from fabrication facility floor, and described hopper (3) is provided with level gage and hoister control system links.
4. continuous-type microwave heating biological matter according to claim 1 and 2 and organic waste cracking apparatus, it is characterized in that: described hopper (3) is positioned at described feeding spiral conveyer (4) top, the bottom of described hopper (3) is equipped with charging Blowing stopper flange and is connected with the feed opening flange of described feeding spiral conveyer (4).
5. continuous-type microwave heating biological matter according to claim 1 and 2 and organic waste cracking apparatus, is characterized in that: described microwave cracking body of heater (5) comprises cracking one section, cracking two sections, microwave feedthrough system, slow cooling section, water-cooled section, lower stirring mechanism and temperature measuring equipment; The shielding gas blown into from the valve of described atmosphere system (12), regulates the oxygen level of cracking section; Described microwave feedthrough system (8) feed-in microwave makes the material entering cracking section reach certain temperature, and measured the real-time temperature of every segment material by the upper described temperature regulating device arranged of microwave cracking body of heater (5), then controlled the temperature of reaction by described Controlling System (11).
6. continuous-type microwave heating biological matter according to claim 1 and 2 and organic waste cracking apparatus, it is characterized in that: after described discharging spiral conveyor (6) is positioned at the water-cooled section of the cracking section of described microwave cracking body of heater (5), its feed opening flange is connected with cracking section lower flange, and discharge port flange is connected with discharging bin feed opening flange; Primarily of transmission rig, water-cooling water jackets, discharge port, opening for feed composition; Bearing support is equipped with at two ends, is provided with graphite cannula and hermetic oil seal in bearing support, in case leaky wave and gas leakage; Be equipped with two below and install journal stirrup, journal stirrup is connected with the discharging screw machine support of framework platform; Swivel joint main application introduces water coolant to be cooled by spiral arbor.
7. continuous-type microwave heating biological matter according to claim 1 and 2 and organic waste cracking apparatus, it is characterized in that: described cooling water channel system (10) is outer cooling circulating water system, described outer cooling circulating water system is divided into waterworks, air cooling system and return water system, waterworks comprises water pump, tensimeter, pipeline and various valve, air cooling system mainly refers to circular glass steel cooling tower, water in water reservoir is squeezed into circular glass steel cooling tower water-in by water pump by waterworks, water is cooled in circular glass steel cooling tower, then chilled water is pooled to bottom circular glass steel cooling tower, cooling pond is got back to through pipeline.
8. continuous-type microwave heating biological matter according to claim 1 and 2 and organic waste cracking apparatus, it is characterized in that: described atmosphere system (12) comprises main inlet pipe, inlet pipe and oxygen analyzer interface, the pagoda type straight coupling main inlet pipe having four confessions be connected with protection gas cylinder and weather gage, a ball valve is all connected to after each pagoda type straight coupling, pagoda type straight coupling is inserted in protection gas cylinder pneumatic tube during access, then tighten joint with clip; Pressure needed for being regulated by the relief valve on institute's dress reliever on protection gas cylinder is to gas supply conduit; shielding gas enters each inlet mouth of body of heater by each road segmental bronchus; each branch road is all equipped with glass rotameter and ball valve, is regulated the air demand of each branch road by ball valve.
9. continuous-type microwave heating biological matter according to claim 1 and 2 and organic waste cracking apparatus, is characterized in that: the microwave transmission system of described microwave feedthrough system (8) has two kinds of forms: horizontal microwave transmission system puts microwave transmission system with perpendicular; The microwave source that the microwave generator of described microwave feedthrough system (8) is made up of magnetron and excitation cavity and power supply thereof is 20 ~ 100KW/915MHz microwave source system.
10. continuous-type microwave heating biological matter according to claim 1 and 2 and organic waste cracking apparatus, is characterized in that: the microwave feed-in mode of described microwave feedthrough system (8) is by the top feed-in of waveguide from described microwave cracking body of heater (5).
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| CN201420481287.XU CN204039329U (en) | 2014-08-25 | 2014-08-25 | A kind of continuous-type microwave heating biological matter and organic waste cracking apparatus |
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| CN201420481287.XU CN204039329U (en) | 2014-08-25 | 2014-08-25 | A kind of continuous-type microwave heating biological matter and organic waste cracking apparatus |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104194809A (en) * | 2014-08-25 | 2014-12-10 | 湖南省中晟热能科技有限公司 | Continuous microwave-heating cracking equipment for biomass and organic wastes |
| CN108142210A (en) * | 2018-01-31 | 2018-06-12 | 翔天农业开发集团股份有限公司 | The sterile processing systems of edible fungi raw materials |
| CN116333771A (en) * | 2023-05-10 | 2023-06-27 | 中国矿业大学 | Device and method for improving light oil yield of oil shale |
-
2014
- 2014-08-25 CN CN201420481287.XU patent/CN204039329U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104194809A (en) * | 2014-08-25 | 2014-12-10 | 湖南省中晟热能科技有限公司 | Continuous microwave-heating cracking equipment for biomass and organic wastes |
| CN108142210A (en) * | 2018-01-31 | 2018-06-12 | 翔天农业开发集团股份有限公司 | The sterile processing systems of edible fungi raw materials |
| CN116333771A (en) * | 2023-05-10 | 2023-06-27 | 中国矿业大学 | Device and method for improving light oil yield of oil shale |
| CN116333771B (en) * | 2023-05-10 | 2023-10-20 | 中国矿业大学 | Device and method for improving light oil yield of oil shale |
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Inventor after: Xu Zhuyao Inventor after: Wei Shidong Inventor after: Yan Jie Inventor after: Lin Qitian Inventor after: Gao Minmin Inventor after: Zhang Hui Inventor after: Luo Junsheng Inventor before: Xu Zhuyao Inventor before: Lin Qitian Inventor before: Luo Junsheng |
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Effective date of registration: 20160321 Address after: 414000 Tonghai Road, Hunan, Yueyang Patentee after: Hunan Thersun Thermal Energy Technology Co., Ltd. Patentee after: Beijing Changfeng Broadcasting Communication Equipment Co., Ltd. Patentee after: Sichuan University of Science & Engineering Address before: 414000 Tonghai Road, Hunan, Yueyang Patentee before: Hunan Thersun Thermal Energy Technology Co., Ltd. |