CN103032993B - Comprehensive utilization equipment and method of biomass filling heat - Google Patents

Comprehensive utilization equipment and method of biomass filling heat Download PDF

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CN103032993B
CN103032993B CN201210588028.2A CN201210588028A CN103032993B CN 103032993 B CN103032993 B CN 103032993B CN 201210588028 A CN201210588028 A CN 201210588028A CN 103032993 B CN103032993 B CN 103032993B
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heat
heat pump
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water
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雷学军
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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
    • Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A30/00—Adapting or protecting infrastructure or their operation
    • Y02A30/27—Relating to heating, ventilation or air conditioning [HVAC] technologies
    • Y02A30/274—Relating to heating, ventilation or air conditioning [HVAC] technologies using waste energy, e.g. from internal combustion engine
    • 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
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00—Integration of renewable energy sources in buildings
    • Y02B10/40—Geothermal heat-pumps
    • 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
    • Y02E10/00—Energy generation through renewable energy sources
    • Y02E10/10—Geothermal energy

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Abstract

The invention discloses comprehensive utilization equipment and a comprehensive utilization method of biomass filling heat. According to a principle, heat produced in the rotting process of organic matters is collected through a geothermal well, and is applied to the fields of power supply and generation of a geothermal heat pump, refrigeration, heat supply in plants, daily heat supply, agricultural greenhouses, aquiculture, planting and the like, so that the equipment and method are clean, efficient, economical and simple, environmental pollution caused by biomass filling heat is lowered, waste of resources is reduced, and the equipment and method have wide application prospects.

Description

A kind of comprehensive utilization device of living beings landfill heat and method
Technical field
The invention belongs to living beings landfill Btu utilization technical field, be specifically related to a kind of comprehensive utilization device and method of living beings landfill heat.
Background technology
Living beings temperature when landfill is identical with environment temperature, in the microorganism such as bacterium, fungi is to living beings during organic decomposition, produces a large amount of heat energy, gas and other material, thus reaches harmless treatment.Living beings landfill heat is as a member in regenerative resource extended familys, should be the same with geothermal energy, solar energy, wind energy, tide energy, as clean energy resource utilize by society, but people also really comprehensively do not utilize living beings landfill heat at present, when being only limitted to agriculture large grid plantation, increase underground heat as compost treatment.The underground heat of present commercial development, high-temperature geothermal is used for generating, and low temperature heat energy directly utilizes.When living beings concentrate that water content is more than 25% after landfill in a large number, the heat that living beings prior fermentation, oxidation produce can reach 1500 DEG C, remains on more than 65 DEG C for a long time.Living beings landfill be exactly carbon dioxide landfill that Plant Light cooperation is absorbed to underground, the content of carbon dioxide on the minimizing earth is global, a long-term system engineering, landfill CO 2many countries can help to be difficult to the country that task is cut down in greenhouse gas emission, promote " carbon emissions trading " dealing, complete emission reduction tasks.Progressively alleviate atmospheric warming effect; Maintain tellurian diversity; Extend mankind's life span on earth.Thus, living beings landfill heat can produce for a long time.This using energy source is clean, simple, can alleviate stone energy crisis and become renewable new energy source, have great significance, have fine development prospect.But also do not utilize living beings landfill to reduce the action of greenhouse effects and to utilize the method for living beings landfill heat both at home and abroad at present.
Summary of the invention
The present invention is intended to overcome the deficiencies in the prior art, provides a kind of comprehensive utilization device and method of living beings landfill heat.
In order to achieve the above object, technical scheme provided by the invention is:
See Fig. 1, the comprehensive utilization device of described living beings landfill heat comprises geothermal well 16, back water pump 6, generator heat pump 1, Turbo-generator Set 7, refrigeration machine heat pump 2, adsorption chiller 8, A heat pump 3, factory's heating equipment 9, supplies warming-up 4, radiator 10, B heat pump 5, culturing pool 11 and paddy field 12;
Described geothermal well 16 delivery port is connected with generator heat pump 1 water inlet, described generator heat pump 1 delivery port is connected with Turbo-generator Set 7 water inlet, described Turbo-generator Set 7 delivery port is connected with back water pump 6 water inlet, and described back water pump 6 delivery port is connected with geothermal well 16 water inlet; Described geothermal well 16 water inlet is provided with recirculation water control valve 15; Described generator heat pump 1 water inlet is provided with geothermal well outlet water control valve 13, and described Turbo-generator Set 7 delivery port is provided with hot water control valve 14; The pipeline that described Turbo-generator Set 7 delivery port is connected with back water pump 6 water inlet is provided with hot water control valve 14;
Described Turbo-generator Set 7 delivery port is connected with refrigeration machine heat pump 2 water inlet, described refrigeration machine heat pump 2 delivery port is connected with adsorption chiller 8 water inlet, described adsorption chiller 8 delivery port is connected simultaneously with for warming-up 4 water inlet, back water pump 6 water inlet, described warming-up 4 delivery port that supplies is connected with radiator 10 water inlet, described radiator 10 delivery port is connected with B heat pump 5 water inlet, back water pump 6 water inlet simultaneously, and described culturing pool 11 water inlet is connected with B heat pump 5 delivery port respectively with paddy field 12 water inlet; Described refrigeration machine heat pump 2 water inlet, adsorption chiller 8 delivery port, radiator 10 delivery port, culturing pool 11 water inlet and paddy field 12 water inlet are provided with hot water control valve 14; The pipeline that described adsorption chiller 8 delivery port is connected with for warming-up 4 water inlet, back water pump 6 water inlet is equipped with hot water control valve 14; The pipeline that described radiator 10 delivery port is connected with B heat pump 5 water inlet, back water pump 6 water inlet is equipped with hot water control valve 14;
Described Turbo-generator Set 7 delivery port is connected with A heat pump 3 water inlet, described A heat pump 3 delivery port is connected with factory heating equipment 9 water inlet, described factory heating equipment 9 delivery port is connected simultaneously with for warming-up 4 water inlet, B heat pump 5 water inlet, back water pump 6 water inlet, factory's heating equipment 9 delivery port is provided with hot water control valve 14, and the pipeline that factory's heating equipment 9 delivery port is connected with for warming-up 4 water inlet, B heat pump 5 water inlet, back water pump 6 water inlet is equipped with hot water control valve 14;
Described Turbo-generator Set 7 delivery port is connected with for warming-up 4 water inlet, B heat pump 5 water inlet, and the pipeline that Turbo-generator Set 7 delivery port is connected with for warming-up 4 water inlet, B heat pump 5 water inlet is equipped with hot water control valve 14;
Described geothermal well 16 is connected with refrigeration machine heat pump 2 water inlet, A heat pump 3 water inlet, confession warming-up 4 water inlet, B heat pump 5 water inlet, and the pipeline that geothermal well 16 is connected with refrigeration machine heat pump 2 water inlet, A heat pump 3 water inlet, confession warming-up 4 water inlet, B heat pump 5 water inlet is equipped with geothermal well outlet water control valve 13.
Wherein, described geothermal well 16 borehole wall is PVC or HDPE material.
Wherein, each geothermal well is made up of a water inlet pipe and an outlet pipe; Generator heat pump, refrigeration machine heat pump, A heat pump, for warming-up, B heat pump, all belong to earth source heat pump, run without any pollution, be a kind of cost-effective power-saving technology, its COP value reaches more than 4; Carry the steam of coming to enter expansion work in steam turbine by earth source heat pump, make blade rotation and drive electrical generators generates electricity; Adsorption chiller adopts the low-grade heat source such as geothermal well and Steam Turbine waste heat as driving heat source, and not only alleviating anxiety supply and the energy crisis of electric power, also do not adopt non-freon preparation, without greenhouse effects effect, is a kind of environmentally friendly refrigeration modes.
Present invention also offers a kind of living beings landfill heat integration Application way based on the said equipment, comprise the steps:
(1) by the heat of geothermal well biomass collection landfill generation;
(2) heat step (1) collected is sent into Turbo-generator Set by generator heat pump respectively and is generated electricity, be pumped into adsorbent refrigerator unit by chiller heat to freeze, the hot standby heat supply of factory is sent into by shop equipment heat pump, be pumped into radiator by heating to heat, sent in culturing pool and paddy field as crops provide heat by B heat pump;
(3) hot water of discharging from Turbo-generator Set delivery port after generating in step (2) is pumped into adsorbent refrigerator unit by chiller heat respectively to freeze, the hot standby heat supply of factory is sent into by shop equipment heat pump, be pumped into radiator by heating to heat, sent in culturing pool and paddy field as crops provide heat by B heat pump;
(4) the used hot water of adsorbent refrigerator unit process of refrigerastion in step (2) is pumped into radiator by heating respectively to heat, is sent in culturing pool and paddy field as crops provide heat by B heat pump;
(5) the used hot water of the hot standby heat supplying process of factory in step (2) is pumped into radiator by heating respectively to heat, is sent in culturing pool and paddy field as crops provide heat by B heat pump;
(6) the used hot water of adsorbent refrigerator unit process of refrigerastion in step (3) is pumped into radiator by heating respectively to heat, is sent in culturing pool and paddy field as crops provide heat by B heat pump;
(7) the used hot water of the hot standby heat supplying process of factory in step (3) is pumped into radiator by heating respectively to heat, is sent in culturing pool and paddy field as crops provide heat by B heat pump;
(8) the used hot water of radiator heating process in step (2) to (7) is sent in culturing pool and paddy field as crops provide heat by B heat pump.
Wherein, geothermal well is sent from the hot water of Turbo-generator Set delivery port discharge, the used hot water of adsorbent refrigerator unit process of refrigerastion, the used hot water of the hot standby heat supplying process of factory, the used hot water of radiator heating process back to by back water pump after generating.
Wherein, step (1) arranges multiple vertical geothermal well when living beings landfill, and geothermal well top is provided with outlet pipe and return pipe, utilizes the flowing heat-shift of water, the heat produced by multiple geothermal well biomass collection landfill; Described multiple geothermal well position is regular hexagon distribution, and make the mutual crossover in its influence area cover whole landfill yard, the heat produced after active collection living beings landfill, the distance be adjacent between hot well is 200 ~ 500m.
Below in conjunction with principle, the invention will be further described:
Described living beings landfill heat master is the heat that organic matter produces in putrefaction process, is slow, a long-term process:
Nitrogenous organic matter (C xh yo z) oxidation:
c xh yo z+ (x+1/2y-1/2z) O 2xCO 2+ 1/2H 2o+ heat
Itrogenous organic substance (C sh tn uo v. ah 2o) be oxidized:
C sH tN uO v· aH 2O+bO 2
C wh xn yo zcH 2o+dH 2o (gas)+eH 2o (liquid)+fCO 2+ gNH 3+ heat
Cytoplasmic synthesis (organic oxidation with NH 3as nitrogenous source):
n(C xH yO z)+NH 3+(nx+ny/4-nz-5x)O 2
C 5h 7nO 2+ (nx-5) CO 2+ 1/2 (ny-4) H 2o+ heat
Cytoplasmic oxidation:
c 5h 7nO 2+ 5O 25CO 2+ 2H 2o+NH 3+ heat
The present invention can for multiple fields such as generating, refrigeration, factory's heat supply, daily heat supply, agricultural greenhouse, aquaculture, plantations:
1, heat generating
Geothermal power generation is the most important mode of geothermal utilization, and first usual high-temperature geothermal fluid is applied to generating.Geothermal power generation is the same with the principle of thermal power generation, is all to utilize the heat energy of steam to change mechanical energy in steam turbine, then drive electrical generators generating.Difference is, geothermal power generation does not resemble thermal power generation will have huge boiler, and also do not need consume fuel, its energy used is exactly geothermal energy.The process of geothermal power generation, first changes mechanical energy into underground heat energy exactly, and then the process transformed mechanical energy into electricity.
2, geothermal industry utilizes
Underground heat is of wide application at industrial circle, needs a large amount of middle low-temperature water heatings in industrial production.Application is had in the industry such as drying, weaving, papermaking, machinery, timber processing, salinity extracts, chemical extraction, process hides.Be used for regulating workplace air; As the thermal source of mineral processing; In improvement mine, permafrost area condition of work; Road snow melt etc.
3, geothermal heating system
Geothermal heating is mainly in northern China, and this Land use systems is not only and is saved coal, reduce coal consumption, alleviate smoke contamination, the effective ways of environmental protect, also because underground heat water temperature stability, heating quality are high and deeply welcomed by the people.
4, underground heat is engaged in agriculture
Utilize underground heat to build geothermal hothouse, comprise vegetable greenhouse, floriculture greenhouse, cultivating mushrooms, breeding greenhouse etc.Melon fruit vegetables, edible mushroom, flowers etc. that the main plantation in the north is more high-grade; South is mainly used in seedling.Utilize the GEOTHERMAL WATER irrigated farmland of preference temperature, the volume increase of crops precocity can be made.Along with the raising with living standards of the people that develops rapidly of national economy, agricultural progressively moves towards modernization, and the greenhouse of various function admirable will progressively be built, indoor employing geothermal heating system, to improve room temperature, and not only safety economy but also pollution-free.
Water temperature needed for aquaculture is not high, and general low temperature geothermal water can satisfy the demands, and simultaneously its ground heat drain that geothermal heating, geothermal hothouse and geothermal industry can be utilized again comprehensive cascade utilization again, makes the rate of geothermal utilization greatly improve.Land used hot temperature water is breeded fish, can the fattening of accelerating fish under the water temperature of 28 DEG C, improves the rate of output of fish.
5, refrigeration heat
Utilizing underground thermal source, take ammonia as cold-producing medium, and water is that absorbent freezes.Ground refrigeration heat power consumption is little, and do not adopt freon refrigerant, solution is nontoxic, to ozone layer without destruction, clean, environmental protection, pollution-free.
In a word, equipment of the present invention and method can for multiple fields such as generating, refrigeration, factory's heat supply, daily heat supply, agricultural greenhouse, aquaculture, plantations, reduce the living beings pollution of landfill heat to environment and the waste of resource, clean and effective, economy are simple, have a extensive future.
Accompanying drawing explanation
Fig. 1 is the structural representation of present device.
In figure: 1, generator heat pump, 2, refrigeration machine heat pump, 3, A heat pump, 4, for warming-up, 5, B heat pump, 6, back water pump, 7, Turbo-generator Set, 8, adsorption chiller, 9, factory's heating equipment, 10, radiator, 11, culturing pool, 12, paddy field, 13, geothermal well outlet water control valve, 14, hot water control valve, 15, recirculation water control valve, 16, geothermal well.
Detailed description of the invention
The following detailed description of the preferred technical scheme of the present invention, but the invention is not restricted to provided embodiment.
embodiment 1
See Fig. 1, the comprehensive utilization device of described living beings landfill heat comprises geothermal well 16, back water pump 6, generator heat pump 1, Turbo-generator Set 7, refrigeration machine heat pump 2, adsorption chiller 8, A heat pump 3, factory's heating equipment 9, supplies warming-up 4, radiator 10, B heat pump 5, culturing pool 11 and paddy field 12;
Described geothermal well 16 delivery port is connected with generator heat pump 1 water inlet, described generator heat pump 1 delivery port is connected with Turbo-generator Set 7 water inlet, described Turbo-generator Set 7 delivery port is connected with back water pump 6 water inlet, and described back water pump 6 delivery port is connected with geothermal well 16 water inlet; Described geothermal well 16 water inlet is provided with recirculation water control valve 15; Described generator heat pump 1 water inlet is provided with geothermal well outlet water control valve 13, and described Turbo-generator Set 7 delivery port is provided with hot water control valve 14; The pipeline that described Turbo-generator Set 7 delivery port is connected with back water pump 6 water inlet is provided with hot water control valve 14;
Described Turbo-generator Set 7 delivery port is connected with refrigeration machine heat pump 2 water inlet, described refrigeration machine heat pump 2 delivery port is connected with adsorption chiller 8 water inlet, described adsorption chiller 8 delivery port is connected simultaneously with for warming-up 4 water inlet, back water pump 6 water inlet, described warming-up 4 delivery port that supplies is connected with radiator 10 water inlet, described radiator 10 delivery port is connected with B heat pump 5 water inlet, back water pump 6 water inlet simultaneously, and described culturing pool 11 water inlet is connected with B heat pump 5 delivery port respectively with paddy field 12 water inlet; Described refrigeration machine heat pump 2 water inlet, adsorption chiller 8 delivery port, radiator 10 delivery port, culturing pool 11 water inlet and paddy field 12 water inlet are provided with hot water control valve 14; The pipeline that described adsorption chiller 8 delivery port is connected with for warming-up 4 water inlet, back water pump 6 water inlet is equipped with hot water control valve 14; The pipeline that described radiator 10 delivery port is connected with B heat pump 5 water inlet, back water pump 6 water inlet is equipped with hot water control valve 14;
Described Turbo-generator Set 7 delivery port is connected with A heat pump 3 water inlet, described A heat pump 3 delivery port is connected with factory heating equipment 9 water inlet, described factory heating equipment 9 delivery port is connected simultaneously with for warming-up 4 water inlet, B heat pump 5 water inlet, back water pump 6 water inlet, factory's heating equipment 9 delivery port is provided with hot water control valve 14, and the pipeline that factory's heating equipment 9 delivery port is connected with for warming-up 4 water inlet, B heat pump 5 water inlet, back water pump 6 water inlet is equipped with hot water control valve 14;
Described Turbo-generator Set 7 delivery port is connected with for warming-up 4 water inlet, B heat pump 5 water inlet, and the pipeline that Turbo-generator Set 7 delivery port is connected with for warming-up 4 water inlet, B heat pump 5 water inlet is equipped with hot water control valve 14;
Described geothermal well 16 is connected with refrigeration machine heat pump 2 water inlet, A heat pump 3 water inlet, confession warming-up 4 water inlet, B heat pump 5 water inlet, and the pipeline that geothermal well 16 is connected with refrigeration machine heat pump 2 water inlet, A heat pump 3 water inlet, confession warming-up 4 water inlet, B heat pump 5 water inlet is equipped with geothermal well outlet water control valve 13.
Wherein, described geothermal well 16 is PVC or HDPE material.
embodiment 2
Based on a living beings landfill heat integration Application way for equipment described in embodiment 1, comprise the steps:
(1) by the heat of geothermal well biomass collection landfill generation;
(2) heat step (1) collected is sent into Turbo-generator Set by generator heat pump respectively and is generated electricity, be pumped into adsorbent refrigerator unit by chiller heat to freeze, the hot standby heat supply of factory is sent into by shop equipment heat pump, be pumped into radiator by heating to heat, sent in culturing pool and paddy field as crops provide heat by B heat pump;
(3) hot water of discharging from Turbo-generator Set delivery port after generating in step (2) is pumped into adsorbent refrigerator unit by chiller heat respectively to freeze, the hot standby heat supply of factory is sent into by shop equipment heat pump, be pumped into radiator by heating to heat, sent in culturing pool and paddy field as crops provide heat by B heat pump;
(4) the used hot water of adsorbent refrigerator unit process of refrigerastion in step (2) is pumped into radiator by heating respectively to heat, is sent in culturing pool and paddy field as crops provide heat by B heat pump;
(5) the used hot water of the hot standby heat supplying process of factory in step (2) is pumped into radiator by heating respectively to heat, is sent in culturing pool and paddy field as crops provide heat by B heat pump;
(6) the used hot water of adsorbent refrigerator unit process of refrigerastion in step (3) is pumped into radiator by heating respectively to heat, is sent in culturing pool and paddy field as crops provide heat by B heat pump;
(7) the used hot water of the hot standby heat supplying process of factory in step (3) is pumped into radiator by heating respectively to heat, is sent in culturing pool and paddy field as crops provide heat by B heat pump;
(8) the used hot water of radiator heating process in step (2) to (7) is sent in culturing pool and paddy field as crops provide heat by B heat pump.
Wherein, geothermal well is sent from the hot water of Turbo-generator Set delivery port discharge, the used hot water of adsorbent refrigerator unit process of refrigerastion, the used hot water of the hot standby heat supplying process of factory, the used hot water of radiator heating process back to by back water pump after generating.
Wherein, step (1) arranges multiple vertical geothermal well when living beings landfill, the heat produced by multiple geothermal well biomass collection landfill; Described multiple geothermal well position is regular hexagon distribution, and the distance be adjacent between hot well is 200 ~ 500m.

Claims (6)

1. the comprehensive utilization device of a living beings landfill heat, it is characterized in that, described equipment comprise geothermal well (16), back water pump (6), generator heat pump (1), Turbo-generator Set (7), refrigeration machine heat pump (2), adsorption chiller (8), A heat pump (3), factory's heating equipment (9), for warming-up (4), radiator (10), B heat pump (5), culturing pool (11) and paddy field (12);
Described geothermal well (16) delivery port is connected with generator heat pump (1) water inlet, described generator heat pump (1) delivery port is connected with Turbo-generator Set (7) water inlet, described Turbo-generator Set (7) delivery port is connected with back water pump (6) water inlet, and described back water pump (6) delivery port is connected with geothermal well (16) water inlet; Described geothermal well (16) water inlet is provided with recirculation water control valve (15); Described generator heat pump (1) water inlet is provided with geothermal well outlet water control valve (13), and described Turbo-generator Set (7) delivery port is provided with hot water control valve (14); The pipeline that described Turbo-generator Set (7) delivery port is connected with back water pump (6) water inlet is provided with hot water control valve (14);
Described Turbo-generator Set (7) delivery port is connected with refrigeration machine heat pump (2) water inlet, described refrigeration machine heat pump (2) delivery port is connected with adsorption chiller (8) water inlet, with confession warming-up (4) water inlet the while of described adsorption chiller (8) delivery port, back water pump (6) water inlet connects, described warming-up (4) delivery port that supplies is connected with radiator (10) water inlet, with B heat pump (5) water inlet the while of described radiator (10) delivery port, back water pump (6) water inlet connects, described culturing pool (11) water inlet is connected with B heat pump (5) delivery port respectively with paddy field (12) water inlet, described refrigeration machine heat pump (2) water inlet, adsorption chiller (8) delivery port, radiator (10) delivery port, culturing pool (11) water inlet and paddy field (12) water inlet are provided with hot water control valve (14), the pipeline that described adsorption chiller (8) delivery port is connected with for warming-up (4) water inlet, back water pump (6) water inlet is equipped with hot water control valve (14), the pipeline that described radiator (10) delivery port is connected with B heat pump (5) water inlet, back water pump (6) water inlet is equipped with hot water control valve (14),
Described Turbo-generator Set (7) delivery port is connected with A heat pump (3) water inlet, described A heat pump (3) delivery port is connected with factory heating equipment (9) water inlet, with confession warming-up (4) water inlet the while of described factory heating equipment (9) delivery port, B heat pump (5) water inlet, back water pump (6) water inlet connects, factory's heating equipment (9) delivery port is provided with hot water control valve (14), factory's heating equipment (9) delivery port and confession warming-up (4) water inlet, B heat pump (5) water inlet, the pipeline that back water pump (6) water inlet connects is equipped with hot water control valve (14),
Described Turbo-generator Set (7) delivery port is connected with for warming-up (4) water inlet, B heat pump (5) water inlet, and the pipeline that Turbo-generator Set (7) delivery port is connected with for warming-up (4) water inlet, B heat pump (5) water inlet is equipped with hot water control valve (14);
Described geothermal well (16) is connected with refrigeration machine heat pump (2) water inlet, A heat pump (3) water inlet, confession warming-up (4) water inlet, B heat pump (5) water inlet, and the pipeline that geothermal well (16) is connected with refrigeration machine heat pump (2) water inlet, A heat pump (3) water inlet, confession warming-up (4) water inlet, B heat pump (5) water inlet is equipped with geothermal well outlet water control valve (13).
2. equipment as claimed in claim 1, it is characterized in that, described geothermal well (16) diameter is 2 ~ 10m.
3. equipment as claimed in claim 1, it is characterized in that, described geothermal well (16) borehole wall is PVC or HDPE material.
4., based on a living beings landfill heat integration Application way for equipment described in any one of claims 1 to 3, comprise the steps:
(1) by the heat of geothermal well biomass collection landfill generation;
(2) heat step (1) collected is sent into Turbo-generator Set by generator heat pump respectively and is generated electricity, be pumped into adsorbent refrigerator unit by chiller heat to freeze, factory's heating equipment heat supply is sent into by shop equipment heat pump, be pumped into radiator by heating to heat, sent in culturing pool and paddy field as crops provide heat by B heat pump;
(3) hot water of discharging from Turbo-generator Set delivery port after generating in step (2) is pumped into adsorbent refrigerator unit by chiller heat respectively to freeze, factory's heating equipment heat supply is sent into by shop equipment heat pump, be pumped into radiator by heating to heat, sent in culturing pool and paddy field as crops provide heat by B heat pump;
(4) the used hot water of adsorbent refrigerator unit process of refrigerastion in step (2) is pumped into radiator by heating respectively to heat, is sent in culturing pool and paddy field as crops provide heat by B heat pump;
(5) the used hot water of factory's heating equipment heat supplying process in step (2) is pumped into radiator by heating respectively to heat, is sent in culturing pool and paddy field as crops provide heat by B heat pump;
(6) the used hot water of adsorbent refrigerator unit process of refrigerastion in step (3) is pumped into radiator by heating respectively to heat, is sent in culturing pool and paddy field as crops provide heat by B heat pump;
(7) the used hot water of factory's heating equipment heat supplying process in step (3) is pumped into radiator by heating respectively to heat, is sent in culturing pool and paddy field as crops provide heat by B heat pump;
(8) the used hot water of radiator heating process in step (2) to (7) is sent in culturing pool and paddy field as crops provide heat by B heat pump.
5. method as claimed in claim 4, it is characterized in that, after described generating, send geothermal well from the hot water of Turbo-generator Set delivery port discharge, the used hot water of adsorbent refrigerator unit process of refrigerastion, the used hot water of factory's heating equipment heat supplying process, the used hot water of radiator heating process back to by back water pump.
6. method as claimed in claim 4, it is characterized in that, described step (1) arranges multiple vertical geothermal well when living beings landfill, the heat produced by multiple geothermal well biomass collection landfill; Described multiple geothermal well position is regular hexagon distribution, and the distance be adjacent between hot well is 200 ~ 500m.
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