CN208186478U - Domestic garbage burning electricity generation low-temperature circulating water heating system - Google Patents
Domestic garbage burning electricity generation low-temperature circulating water heating system Download PDFInfo
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- CN208186478U CN208186478U CN201820737595.2U CN201820737595U CN208186478U CN 208186478 U CN208186478 U CN 208186478U CN 201820737595 U CN201820737595 U CN 201820737595U CN 208186478 U CN208186478 U CN 208186478U
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Abstract
The utility model relates to domestic rubbish disposal eco-friendly power source technical fields, specifically a kind of domestic garbage burning electricity generation low-temperature circulating water heating system, it is equipped with steam turbine, condenser, generator and cooling tower, it is characterized in that cooling tower is connected by water inlet main pipe with heat user heating system outlet pipe, the water inlet pipe of heat user heating system is connected by return water main pipe with cooling tower, water inlet main pipe and return water main pipe between cooling tower and heat user heating system are connected with Cooling Tubes of Condenser road system, Cooling Tubes of Condenser road system is by first side inlet pipeline, first side outlet pipeline, second side inlet pipeline and second side outlet pipeline composition, return water main pipe between the Cooling Tubes of Condenser road system and heat user heating system is equipped with spike heating system, with energy conservation, it is environmentally protective, it is pollution-free, it is not take up soil, energy conservation subtracts The advantages that row.
Description
Technical field
The present invention relates to domestic rubbish disposal eco-friendly power source technical field, specifically a kind of energy saving, environmentally protective, nothing
Pollute, be not take up the domestic garbage burning electricity generation low-temperature circulating water heating system in soil, energy-saving and emission-reduction.
Background technique
It is well known that the northern area in China, some fossil power plants are transported using condensing turbine group low vacuum
The heat outward supplying heat that row steam discharge is released when condensing, this kind of heat-supplying mode are to improve the pressure of the steam exhaust in condenser, also
It is the vacuum degree for reducing condenser, improves coolant water temperature, condenser is changed to the heat exchangers for district heating of heating system, and cooling water is straight
The recirculated water as heat supply network is connect, therefore this kind of heat supply method is known as Condensing steam turine and deteriorates vacuum heat supply, is commonly called as low-temperature circulating water confession
Heat.
Recent two decades facts have proved that waste incineration and generating electricity realizes the innoxious of garbage disposal, minimizing, resource because of it
Change, becomes the most promising trash processing way of China.Major part MSW Incineration Plant uses extraction condensing type at present
Turbo-generator Set is taken the heat that cooling tower is discharged into atmosphere to by recirculated water and is accounted for about always in unit heat exchange process
The 73% of energy forms " cold source energy ", causes more serious energy waste, and in the heating process of reality, generally
The February of the December in winter to second year is cold season, and heating needs abundance at this time, in November part and second year
March or April all do not need sufficient heat supply generally, the problem of this relates to energy waste.
Summary of the invention
Present invention aim to address above-mentioned the deficiencies in the prior art, provide a kind of energy saving, environmentally protective, pollution-free, no
Land occupation, energy-saving and emission-reduction domestic garbage burning electricity generation low-temperature circulating water heating system.
The technical solution adopted by the present invention to solve the technical problems is:
A kind of domestic garbage burning electricity generation low-temperature circulating water heating system is equipped with steam turbine, condenser, generator and cold water
Tower, steam turbine are connected by shaft coupling with generator, and the inlet main pipe of the steam turbine is connected with Boiler Steam outlet,
The steam outlet pipe of steam turbine is connected with condenser, it is characterised in that the cooling tower passes through water inlet main pipe and heat user heating system
System outlet pipe is connected, and the water inlet pipe of heat user heating system is connected by return water main pipe with cooling tower, the cooling tower
Water inlet main pipe and return water main pipe between heat user heating system are connected with Cooling Tubes of Condenser road system, the condensing
Device cooling line system is made of first side inlet pipeline, first side outlet pipeline, second side inlet pipeline and second side outlet pipeline, described
One end of first side inlet pipeline be connected with water inlet main pipe, the first side low side of the other end of first side inlet pipeline and condenser into
The mouth of a river is connected, and the high-end water outlet in first side of condenser is connected with one end of first side outlet pipe, the other end of first side outlet pipe
It is connected with return water main pipe, one end of second side inlet pipeline is connected with water inlet main pipe, the other end of second side inlet pipeline and solidifying
The second side low side water inlet of vapour device is connected, and the high-end water outlet in second side of condenser is connected with one end of second side outlet pipe, second
The other end of side outlet pipe is connected with return water main pipe, and the water inlet between the cooling tower and Cooling Tubes of Condenser road system is female
Pipe is pumped equipped with circular water replenishing, and the return water main pipe between the Cooling Tubes of Condenser road and heat user heating system is equipped with point
The steam pumping outlet of peak heating system, peak load calorifier and steam turbine in the spike heating system passes through appendix phase
Connection, heating peak load calorifier by a steam pumping makes water heat up, the water inlet main pipes of described circular water replenishing pump two sides, first side into
Between water lines, first side outlet pipeline, second side inlet pipeline, second side outlet pipeline, first side inlet pipeline and second side inlet pipeline
Water inlet main pipe, return water main pipe, cooling tower and Cooling Tubes of Condenser road between first side outlet pipeline and second side outlet pipeline it
Between return water main pipe and appendix on be designed with control valve, entire heat supply is realized by the work on and off of each valve
The water of system recycles and then realizes water at low temperature circulation heating.
Spike heating system of the present invention is in charge of by three sections of defeated heat, two peak load calorifiers and valve form, described
Three sections of defeated heat be in charge of the both ends after parallel connection and be connected respectively with return water main pipe, wherein two sections of defeated heat, which are in charge of, is equipped with point
Peak heater, each peak load calorifier passes through gas transmission respectively to be in charge of and is connected with appendix, and gas transmission, which is in charge of, is equipped with control valve,
The defeated heat of peak load calorifier two sides, which is in charge of, is equipped with control valve, and the defeated heat of third section, which is in charge of, is equipped with control valve, leads to
The control that the work that three sections of defeated heat are in charge of is crossed whether heating intensity and heating can be achieved, it is energy saving.
Return water main pipe between spike heating system of the present invention and Cooling Tubes of Condenser road system is equipped with level pressure
Small pump realizes the stable water pressure in heating system by the work that constant pressure supply water pumps.
The present invention is since the cooling tower is connected with heat user heating system outlet pipe by water inlet main pipe, heat user
The water inlet pipe of heating system is connected by return water main pipe with cooling tower, between the cooling tower and heat user heating system
Water inlet main pipe and return water main pipe be connected with Cooling Tubes of Condenser road system, the Cooling Tubes of Condenser road system by first side into
Water lines, first side outlet pipeline, second side inlet pipeline and second side outlet pipeline composition, one end of the first side inlet pipeline with
Water inlet main pipe is connected, and the other end of first side inlet pipeline is connected with the first side low side water inlet of condenser, the first of condenser
The high-end water outlet in side is connected with one end of first side outlet pipe, and the other end of first side outlet pipe is connected with return water main pipe, second side
One end of inlet pipeline is connected with water inlet main pipe, the second side low side water inlet phase of the other end and condenser of second side inlet pipeline
Connection, the high-end water outlet in second side of condenser are connected with one end of second side outlet pipe, the other end and return water of second side outlet pipe
Main pipe is connected, and the water inlet main pipe between the cooling tower and Cooling Tubes of Condenser road system is pumped equipped with circular water replenishing, institute
Return water main pipe between the Cooling Tubes of Condenser road stated and heat user heating system is equipped with spike heating system, the spike
Peak load calorifier in heating system is exported with a steam pumping of steam turbine to be connected by appendix, is heated by a steam pumping
Peak load calorifier makes water heat up, the water inlet main pipes of described circular water replenishing pump two sides, first side inlet pipeline, first side outlet pipeline,
Water inlet main pipe, first side outlet pipe between second side inlet pipeline, second side outlet pipeline, first side inlet pipeline and second side inlet pipeline
In return water main pipe, cooling tower between the outlet pipeline of the side Lu Yuyi and return water main pipe and appendix between Cooling Tubes of Condenser road
Be designed with control valve, by the work on and off of each valve realize entire heating system water circulation realize it is low
Warm water circulation heat supply, the spike heating system is in charge of by three sections of defeated heat, two peak load calorifiers and valve form, described
Three sections of defeated heat are in charge of the both ends after parallel connection and are connected respectively with return water main pipe, and wherein two sections of defeated heat, which are in charge of, is equipped with spike
Heater, each peak load calorifier passes through gas transmission respectively to be in charge of and is connected with appendix, and gas transmission, which is in charge of, is equipped with control valve, point
The defeated heat of peak heater two sides, which is in charge of, is equipped with control valve, and the defeated heat of third section, which is in charge of, is equipped with control valve, passes through
Control whether heating intensity and heating can be achieved in the work that three sections of defeated heat are in charge of, energy saving, and the spike heats system
Return water main pipe between system and Cooling Tubes of Condenser road system is pumped equipped with constant pressure supply water, is realized by the work that constant pressure supply water pumps
Stable water pressure in heating system, have many advantages, such as it is energy saving, environmentally protective, pollution-free, be not take up soil, energy-saving and emission-reduction.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention.
Fig. 2 is the structural schematic diagram of spike heating system in Fig. 1.
Specific embodiment
The following further describes the present invention with reference to the drawings:
As shown in the picture, a kind of domestic garbage burning electricity generation low-temperature circulating water heating system is equipped with steam turbine 1, condenser
2, generator 3 and cooling tower 4, steam turbine 1 are connected by shaft coupling with generator 3, the inlet main pipe of the steam turbine 1 and
Boiler Steam outlet is connected, the steam outlet pipe of steam turbine is connected with condenser, it is characterised in that the cooling tower 4 by into
Jellyfish pipe 5 is connected with heat user heating system outlet pipe, and the water inlet pipe of heat user heating system passes through return water main pipe 6 and cold water
Tower 4 is connected, and the water inlet main pipe 5 and return water main pipe 6 between the cooling tower 4 and heat user heating system and condenser are cooling
Pipe-line system is connected, and the Cooling Tubes of Condenser road system is intake by first side inlet pipeline 7, first side outlet pipeline 8, second side
Pipeline 9 and second side outlet pipeline 10 form, and one end of the first side inlet pipeline 7 is connected with water inlet main pipe 5, the water inlet of first side
The other end of pipeline 7 is connected with the first side low side water inlet of condenser 2, and the high-end water outlet in first side of condenser and first side are discharged
One end of pipe 8 is connected, and the other end of first side outlet pipe 8 is connected with return water main pipe 6, one end of second side inlet pipeline 9 with into
Jellyfish pipe 5 is connected, and the other end of second side inlet pipeline 9 is connected with the second side low side water inlet of condenser 2, condenser 2
The high-end water outlet in second side is connected with one end of second side outlet pipe 10, and the other end of second side outlet pipe 10 is connected with return water main pipe 6
Logical, the water inlet main pipe 5 between the cooling tower 4 and Cooling Tubes of Condenser road system is equipped with circular water replenishing pump 11, described
Return water main pipe 3 between Cooling Tubes of Condenser road and heat user heating system is equipped with spike heating system 18, the spike
Peak load calorifier 14 in heating system 18 is connected with the outlet of a steam pumping of steam turbine 1 by appendix 12, is taken out by one
Steam heating peak load calorifier makes water heat up, and the circular water replenishing pumps the water inlet main pipe 5 of 11 two sides, first side inlet pipeline 7, first
Between side outlet pipeline 8, second side inlet pipeline 9, second side outlet pipeline 10, first side inlet pipeline 7 and second side inlet pipeline 9 into
Return water main pipe 6, cooling tower 4 and Cooling Tubes of Condenser road between jellyfish pipe 2,8 tunnel of first side outlet pipe and second side outlet pipeline 10
Between return water main pipe 6 and appendix 12 on be designed with control valve, realized by the work on and off of each valve whole
The water of a heating system recycles and then realizes water at low temperature circulation heating, and the spike heating system 18 is in charge of by three sections of defeated heat
13, two peak load calorifiers 14 and valve composition, three sections of defeated heat be in charge of the both ends after 13 parallel connections respectively with return water main pipe 6
It is connected, wherein two sections of defeated heat are in charge of 13 and are equipped with peak load calorifier 14, and each peak load calorifier 14 is respectively by defeated
Gas is in charge of 16 and is connected with appendix 12, and gas transmission is in charge of 16 and is equipped with control valve, and the defeated heat of 14 two sides of peak load calorifier is in charge of
13 are equipped with control valve, and the defeated heat of third section is in charge of 13 and is equipped with control valve, the work being in charge of by three sections of defeated heat
Control whether heating intensity and heating, energy saving, the spike heating system 18 and Cooling Tubes of Condenser can be achieved
Return water main pipe 6 between the system of road is equipped with constant pressure supply water pump 15, is realized in heating system by the work of constant pressure supply water pump 15
Stable water pressure.
In the use of the present invention, the valve in the present invention is carried out label processing first of all for convenient for description, such as 1 He of attached drawing
1# valve ~ 19# valve in Fig. 2 usually utilizes the steam of incineration treatment of garbage generation in normal garbage processing procedure
It generates electricity, but remaining steam carries out condensing recovery processing generally by condenser 2, is handled in condenser 2
In the process, 1# valve, 2# valve, 3# valve, 4# valve, 5# valve, 6# valve, 7# valve, 8# valve, 9# valve are usually opened
, 10# valve, 11# valve, 12# valve, 13# valve, 14# valve, 15# valve, 16# valve, 17# valve in closing system
Door, 18# valve, 19# valve are thus that cold water in cooling column 4 is entered by main pipe 5 of intaking and connect with condenser 2
First side inlet pipeline 7 and second side inlet pipeline 9 enter in condenser 2, and the steam in condenser 2 is carried out solidifyingization processing, is coagulated
To the condensed water in inlet pipeline, condensed water absorbs heat and then increases water temperature heat transfer in vapour device 2, increases the cold of receipts
Condensate, which is discharged and then is entered by first side outlet pipeline 8 and second side outlet pipeline 10, carries out re-circulation refrigeration in return water main pipe 6,
But the heat loss of the raised condensed water of temperature in this process, lead to energy dissipation, using the condensed water being heated into
Row heating realize energy effective use, during being heated, by 1# valve, 2# valve, 3# valve valve
It closes, remaining valve is opened, and the condensed water being heated in condenser 2 in this way is by first side outlet pipeline 8 and second side outlet pipeline
10 flow out and then enter in return water main pipe 6, and the water being heated in return water main pipe 6 flows into spike heating system 18, work as the winter
When cold season December in season to February, the temperature of needs is not achieved by the condensed water that condenser 2 heats, at this moment just by spike
19# valve in heating system 18 is closed, and the condensed water being heated in this way, which enters, carries out heat temperature raising in peak load calorifier 14,
Since the heating of peak load calorifier 14 is heated using 1 one steam pumping of steam turbine, the energy is utilized again in this way, is prevented
The loss for having stopped energy heats condensed water by two sections of peak load calorifiers 14 of spike heating system 18, meets heat
Requirement of the user to temperature, in November in winter and second year March or April, the temperature of the condensed water heated by condenser 2
13# valve, 14# valve, 15# valve, the 16# valve for being sufficient for the heat demand of heat user, therefore being shut off in heating system
Defeated heat where door, 17# valve, 18# valve, opening 19# valve, and then the condensed water being heated just pass through 19# valve is in charge of
It is flowed directly into heat user on 13, has saved energy, in the actual operation process, can wanted according to the temperature of required heating
It asks, one section in openable spike heating system 18, which is in charge of 13 with the defeated heat of peak load calorifier 14, can also open simultaneously two sections of bands
The water inlet main pipe 5 for having the defeated heat of peak load calorifier 14 to be in charge of 13, and flowing into from heat user is equipped with pressure gauge 17, passes through pressure
Water pressures in 17 real-time monitoring pipeline of power table carry out increase hydraulic pressure by constant pressure supply water pump 15, and in entire heat supply system
Pipeline in system is equipped with the pressure gauge 17 of multiple valves and multiple measurement hydraulic pressure, can real-time monitoring water pressures and adjustment in time
Water (flow) direction protects the flow stability of whole system.
The present invention provides a kind of new heat supply mode, i.e., the waste heat generated during domestic garbage burning electricity generation passes through condensing
Heat is transmitted to recirculated water by formula Steam Turbine low-vacuum-operating, for heating.The heat supply mode both realizes domestic rubbish disposal
Innoxious, minimizing, recycling can in not newly-increased power plant unit capacity and in the case where do not increase local pollutant emission
Increase area of heat-supply service, while saving the recirculated cooling water largely lost because of evaporation.
House refuse, which is sent into boiler, burns, and is passed through in heating waste heat boiler heating surface using the heat that burning is released
Water, generates the steam with certain pressure and temperature, and main steam collects in a steam main pipe on impulse turbine rotor
Blade rotation, and drive coaxial generator amature rotary electrification；The low temperature and low pressure steam steam exhaust for finishing function is sent into condenser
Water is condensed by the constantly cooling of closed cycle water, then continues to heat by sending boiler back to again after feed pump raising pressure, carry out past
Multiple circulation.Low temperature and low pressure steam is released in condensation process again after a large amount of latent heats of vaporization (about 2400kJ/kg) are absorbed by recirculated water,
Circulating water temperature increases, and is sent into heating user by circulation pump of heat-supply network by water supply line, the cold water come out from heating user
(i.e. heating water return) squeezes into the steam exhaust of the cooling steam turbine discharge of condenser through water circulating pump again, in cycles.
The domestic garbage burning electricity generation low-temperature circulating water heating system provided by the invention has the advantages that
1, the steam that domestic garbage burning electricity generation low-temperature circulating water heating system is generated with burning domestic garbage is through steam turbine
The steam exhaust for entering condenser ontology after group power generation is heat source, and energy saving, pollution-free, environmentally protective, not new land occupation complies with country
Energy-saving and emission-reduction policy.
2, domestic garbage burning electricity generation low-temperature circulating water heating system is heated using recirculated water, has been saved needed for producing steam
Demineralized water, decrease raw water needed for preparing demineralized water, and reduce because the evaporation, wind and blowdown of cooling tower are brought
Water consume.
3, domestic garbage burning electricity generation low-temperature circulating water heating system has good regulating power, ensure that the steady of heating
It is fixed, while being equipped with the spike heat exchanger and further increasing heat supply regulating power, in unit failure or weather consecutive low temperature,
It can ensure heating demands.
4, domestic garbage burning electricity generation low-temperature circulating water heating system is heated using recirculated water, and heat loss is smaller, drops significantly
The low network loss of heating system.
The present invention is since the cooling tower 4 is connected with heat user heating system outlet pipe by water inlet main pipe 5, heat use
The water inlet pipe of family heating system is connected by return water main pipe 6 with cooling tower 4, the cooling tower 4 and heat user heating system
Between water inlet main pipe 5 and return water main pipe 6 be connected with Cooling Tubes of Condenser road system, the Cooling Tubes of Condenser road system
Be made of first side inlet pipeline 7, first side outlet pipeline 8, second side inlet pipeline 9 and second side outlet pipeline 10, the first side into
One end of water lines 7 is connected with water inlet main pipe 5, the other end of first side inlet pipeline 7 and the first side low side water inlet of condenser 2
Be connected, the high-end water outlet in first side of condenser is connected with one end of first side outlet pipe 8, the other end of first side outlet pipe 8 with
Return water main pipe 6 is connected, and one end of second side inlet pipeline 9 is connected with water inlet main pipe 5, the other end of second side inlet pipeline 9 with
The second side low side water inlet of condenser 2 is connected, and the high-end water outlet in second side of condenser 2 is connected with one end of second side outlet pipe 10
Logical, the other end of second side outlet pipe 10 is connected with return water main pipe 6, the cooling tower 4 and Cooling Tubes of Condenser road system it
Between water inlet main pipe 5 be equipped with circular water replenishing pump 11, between the Cooling Tubes of Condenser road and heat user heating system return
Jellyfish pipe 3 is equipped with spike heating system 18, and one of peak load calorifier 14 and steam turbine 1 in the spike heating system 18
Steam pumping outlet is connected by appendix 12, and heating peak load calorifier by a steam pumping makes water heat up, and the circulation is mended
The water inlet main pipe 5 of 11 two sides of water pump, first side inlet pipeline 7, first side outlet pipeline 8, second side inlet pipeline 9, second side outlet pipeline
10, the water inlet main pipe 2 between first side inlet pipeline 7 and second side inlet pipeline 9,8 tunnel of first side outlet pipe and second side outlet pipeline 10
Between return water main pipe 6, be designed with control on the return water main pipe 6 between cooling tower 4 and Cooling Tubes of Condenser road and appendix 12
Valve realizes that the water circulation of entire heating system realizes that water at low temperature circulation supplies by the work on and off of each valve
Heat, the spike heating system 18 is in charge of 13, two peak load calorifiers 14 by three sections of defeated heat and valve forms, and described three sections
Defeated heat is in charge of the both ends after 13 parallel connections and is connected respectively with return water main pipe 6, and wherein two sections of defeated heat are in charge of 13 and are equipped with point
Peak heater 14, each peak load calorifier 14 are in charge of 16 by gas transmission respectively and are connected with appendix 12, and gas transmission, which is in charge of on 16, to be set
There is control valve, the defeated heat of 14 two sides of peak load calorifier is in charge of 13 and is equipped with control valve, and the defeated heat of third section is in charge of 13
It is equipped with control valve, energy is saved in control whether heating intensity and heating can be achieved by the work that three sections of defeated heat are in charge of
Source, the return water main pipe 6 between the spike heating system 18 and Cooling Tubes of Condenser road system are equipped with constant pressure supply water pump 15,
By constant pressure supply water pump 15 work realize heating system in stable water pressure, have it is energy saving, environmentally protective, pollution-free, do not account for
The advantages that with soil, energy-saving and emission-reduction.
Claims (3)
1. a kind of domestic garbage burning electricity generation low-temperature circulating water heating system is equipped with steam turbine, condenser, generator and cold water
Tower, steam turbine are connected by shaft coupling with generator, and the inlet main pipe of the steam turbine is connected with Boiler Steam outlet,
The steam outlet pipe of steam turbine is connected with condenser, it is characterised in that the cooling tower passes through water inlet main pipe and heat user heating system
System outlet pipe is connected, and the water inlet pipe of heat user heating system is connected by return water main pipe with cooling tower, the cooling tower
Water inlet main pipe and return water main pipe between heat user heating system are connected with Cooling Tubes of Condenser road system, the condensing
Device cooling line system is made of first side inlet pipeline, first side outlet pipeline, second side inlet pipeline and second side outlet pipeline, described
One end of first side inlet pipeline be connected with water inlet main pipe, the first side low side of the other end of first side inlet pipeline and condenser into
The mouth of a river is connected, and the high-end water outlet in first side of condenser is connected with one end of first side outlet pipe, the other end of first side outlet pipe
It is connected with return water main pipe, one end of second side inlet pipeline is connected with water inlet main pipe, the other end of second side inlet pipeline and solidifying
The second side low side water inlet of vapour device is connected, and the high-end water outlet in second side of condenser is connected with one end of second side outlet pipe, second
The other end of side outlet pipe is connected with return water main pipe, and the water inlet between the cooling tower and Cooling Tubes of Condenser road system is female
Pipe is pumped equipped with circular water replenishing, and the return water main pipe between the Cooling Tubes of Condenser road and heat user heating system is equipped with point
The steam pumping outlet of peak heating system, peak load calorifier and steam turbine in the spike heating system passes through appendix phase
Connection, heating peak load calorifier by a steam pumping makes water heat up, the water inlet main pipes of described circular water replenishing pump two sides, first side into
Between water lines, first side outlet pipeline, second side inlet pipeline, second side outlet pipeline, first side inlet pipeline and second side inlet pipeline
Water inlet main pipe, return water main pipe, cooling tower and Cooling Tubes of Condenser road between first side outlet pipeline and second side outlet pipeline it
Between return water main pipe and appendix on be designed with control valve, entire heat supply is realized by the work on and off of each valve
The water of system recycles and then realizes water at low temperature circulation heating.
2. a kind of domestic garbage burning electricity generation low-temperature circulating water heating system according to claim 1, it is characterised in that institute
The spike heating system stated is in charge of by three sections of defeated heat, two peak load calorifiers and valve form, and three sections of defeated heat are in charge of simultaneously
Both ends after connection are connected with return water main pipe respectively, and wherein two sections of defeated heat, which are in charge of, is equipped with peak load calorifier, each point
Peak heater passes through gas transmission respectively to be in charge of and is connected with appendix, and gas transmission, which is in charge of, is equipped with control valve, peak load calorifier two sides
Defeated heat be in charge of and be equipped with control valve, the defeated heat of third section is in charge of equipped with control valve, is in charge of by three sections of defeated heat
Work can be achieved heating intensity and heating whether control, it is energy saving.
3. a kind of domestic garbage burning electricity generation low-temperature circulating water heating system according to claim 1, it is characterised in that institute
Return water main pipe between the spike heating system stated and Cooling Tubes of Condenser road system is pumped equipped with constant pressure supply water, is mended by level pressure
The stable water pressure in heating system is realized in the work of water pump.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820737595.2U CN208186478U (en) | 2018-05-17 | 2018-05-17 | Domestic garbage burning electricity generation low-temperature circulating water heating system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820737595.2U CN208186478U (en) | 2018-05-17 | 2018-05-17 | Domestic garbage burning electricity generation low-temperature circulating water heating system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208186478U true CN208186478U (en) | 2018-12-04 |
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ID=64431013
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| CN201820737595.2U Active CN208186478U (en) | 2018-05-17 | 2018-05-17 | Domestic garbage burning electricity generation low-temperature circulating water heating system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108469054A (en) * | 2018-05-17 | 2018-08-31 | 荣成市固废综合处理与应用产业园有限公司 | Domestic garbage burning electricity generation low-temperature circulating water heating system |
-
2018
- 2018-05-17 CN CN201820737595.2U patent/CN208186478U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108469054A (en) * | 2018-05-17 | 2018-08-31 | 荣成市固废综合处理与应用产业园有限公司 | Domestic garbage burning electricity generation low-temperature circulating water heating system |
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