CN202030771U - Preheating control integrated system for fermentation tank - Google Patents
Preheating control integrated system for fermentation tank Download PDFInfo
- Publication number
- CN202030771U CN202030771U CN2011201119734U CN201120111973U CN202030771U CN 202030771 U CN202030771 U CN 202030771U CN 2011201119734 U CN2011201119734 U CN 2011201119734U CN 201120111973 U CN201120111973 U CN 201120111973U CN 202030771 U CN202030771 U CN 202030771U
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- pipeline
- water
- water tower
- fermentor tank
- stopping valve
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- Expired - Fee Related
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Abstract
The utility model relates to a preheating control integrated system for a fermentation tank, which adopts a solar heat absorption device with a heat absorption pipe, a water tower with an electric heater, a supporting bracket, a pipeline, a disconnecting valve and a pipeline pump, wherein the disconnecting valve is matched with and connected with the pipeline, the water tower is installed on the supporting bracket, the heat absorption pipe is matched and connected with the water tower through the pipeline, the pipeline pump is installed on the pipeline through which the water tower is connected with the heat absorption pipe of the solar heat absorption device, and a coil pipe is adopted, and the coil pipe is installed inside the fermentation tank; the water tower is respectively matched and connected with the solar heat absorption device with the heat absorption pipe and the fermentation tank through the pipeline with the disconnecting valve to form a water circulating passage; and the pipeline which is arranged between the water tower and the fermentation tank is provided with a connecting pipe which is matched and connected with an external boiler, and the connecting pipe is matched and connected with the disconnecting valve. The preheating control integrated system for the fermentation tank has the advantages that: the design is reasonable, the structure is simple, three heat supply ways are integrated into one, the three heat supply ways can draw the strong points of others to offset the own weakness, and the joint use of multiple heat can be realized.
Description
Technical field
The utility model relates to a kind of prewarming control system, particularly fermentor tank with pre-thermal control integral system, and it is mainly used in the fermentor tank heat tracing to big-and-middle-sized biogas engineering.
Background technology
Existing heating system is more, and boiler heating system is arranged, and electric heating system and solar energy heat distribution system also have surplus heat and utilize heating system again.According to the knowledge of the applicant, boiler heating system belongs to traditional heating system, the burning coal is arranged, the burning gas that also has (coal gas, Sweet natural gas), the boiler heating system heat supply is stable, but energy consumption is big, and burning boiler generation flue gas is big for environment pollution, scientific and technical personnel transform the structure of boiler, and coal fired boiler has been eliminated basically, and boiler changes oil firing or burns gas now, pollution to environment is progressively reducing, but undesirable.The electricity heating system makes electricity consumption, electricity belongs to clean energy, everybody welcomes to use, but electricity is industrial power, considers energy conservation, and large-scale heating system does not also generally adopt electric heating system, section's technology personnel are in the new energy utilization of research for this reason, as the utilization of sun power, the utilization of nuclear energy, the utilization of underground heat.As everyone knows, sun power is also receiving the concern of countries in the world as clean energy day, has begun to accept and the solar energy heat distribution system that uses in the human lives uses and develops rapidly for the public.But sun power is subjected to the influence of solar radiation time length.
Chinese patent literature disclosed " photo-thermal central heating system " (number of patent application 02148512.7) relates to a kind of photo-thermal central heating system, it comprises and is contained in the interconnective metal heat pipe in a plurality of unit flat-plate collector on the roof, water tank and supply tank, the water tank that communicates with tap water filling pipe serial connection metal heat pipe flat-plate collector and formation are adopted thermal cycling; In be provided with electrical auxiliary heater supply tank be connected in series user's heating tube and user's return water pipe respectively and constitute user's circulation of supplying water; Water in the water tank after sun power is fully adopted heat, and through a time period by pipeline with the water supply supply tank for the user for using; When the water temperature in supply tank is lower than electrically heated unlatching temperature, open the electric heater in the supply tank night, utilize the low ebb electricity that the water in the supply tank is carried out boosting.The heat supply of this photo-thermal central heating system is reliable, and supplies water time difference of acquisition by two water tank serial connections, has both utilized economic solar source, utilizes electrically heated again, realizes round-the-clock central heating water.
Chinese patent literature (00112292.4) disclosed " solar energy quick heat-collector device and central heating system solar energy quick heat-collector device and central heating system ", form solar heat collection cluster by 2-50 concentrating collectors, the photo-electric tracer shaft coupling drives the thermal-arrest group and follows the tracks of the solar focusing quick heat-collector, heat collector adopts the parabolic cylinder reflector that sunlight is focused on and produces high temperature on the thermal-collecting tube and heat to cold water, temperature controller is collected thermal storage water tank's insulation fast with hot water, at any time supply resident family, when there not being sunlight, when thermal storage water tank's hot water is less than the deposit water level, temperature controller is controlled fast water heater automatically and is replenished hot water, ensure that resident family has hot water to use 24 hours every days, this system's collecting efficiency height, cost is low, life-span and house are equal, have not only made things convenient for life with hot water but also beautified the city, energy-saving safe.
Chinese patent literature disclosed " utilizing the absorption type heat pump heating apparatus of combustion and steam circulating thermoelectric plant smoke residual heat " (number of patent application 01139761.6), it comprises absorption heat pump, heat exchanger, waste heat boiler, gas power device, generator, condenser, steam turbine and pipe connecting, and absorption heat pump comprises producer, solution heat exchanger, resorber, pump, vaporizer, condenser; Wherein a condensate and heat exchanger part is arranged in the vaporizer, and a part is arranged in the flue of described waste heat boiler, and the steam turbine vapor pipe passes through producer.Be mainly used in the heating system utilization to gas-steam combined circulating thermoelectric plant smoke residual heat.Its complex structure, being limited in scope of application is mainly used in the big heat power plant of flue gas yield.
At present, according to the knowledge of the applicant, the fermentor tank of existing big-and-middle-sized biogas engineering is adopted single heating heat preserving mode and heat tracing system more, and therefore, its heating efficiency is low, and heat insulation effect is very poor, is unfavorable for the development and use of biogas.
The utility model content
The purpose of this utility model is, improves at the deficiencies in the prior art, propose and the design fermentor tank with pre-thermal control integral system.
Technical solution of the present utility model is, the solar energy heat absorbing device of endothermic tube, the water tower of being furnished with electric heater, resting support, pipeline, stopping valve, in-line pump are equipped with in employing, stopping valve and pipeline connect, water tower is contained on the resting support, the endothermic tube of solar energy heat absorbing device connects by pipeline and water tower, and in-line pump is installed on water tower and the pipeline that the endothermic tube of solar energy heat absorbing device links to each other, it is characterized in that, adopted coil pipe, coil pipe is contained in the fermentor tank; The pipeline of water tower by stopping valve is housed respectively with solar energy heat absorbing device that endothermic tube is housed and fermentor tank in coil pipe connect, constitute water circulation channel; The pipeline that water tower and fermentor tank connect is provided with the pipe connecting that connects with external boiler, and pipe connecting is furnished with stopping valve.
It is characterized in that electric heater adopts heating rod.
It is characterized in that stopping valve adopts a plurality of, comprise input stopping valve and output stopping valve.
It is characterized in that water tower is furnished with the water inlet pipe of tap water.
It is characterized in that coil pipe is installed in the fermentor tank.
It is characterized in that resting support is fixed on the pedestal.
The utility model principle of work is, three kinds of thermal source sun power, electric energy, boiler hot-waters are combined in together, according to different situations, uses or be used or take into account use respectively.The utility model is mainly used in to big-and-middle-sized biogas engineering fermentor tank heat tracing.Three kinds of heating approach of big-and-middle-sized biogas jar: solar heating, boiler hot-water heating and electrically heated.Wherein:
1) sun power: the water that flows through endothermic tube by heating, the pipeline that uses in-line pump that the endothermic tube of water by the solar energy heat absorbing device is connected with water tower, enter into water tower, the power that in-line pump work produces, water in the endothermic tube of solar energy heat absorbing device and the storage water in the water tower are circulated and carry out thermal energy exchange simultaneously, thereby add the storage water in the hot-water tower, after storage water in the water tower is heated, open the stopping valve on the pipeline that connects water tower and fermentor tank, heated storage water in the water tower will flow to by the pipeline that connects water tower and fermentor tank in the coil pipe in the fermentor tank, and dispelling the heat by coil pipe is incubated to the fermentor tank heat supply.
2) boiler hot-water: set admission port A and delivery port B insert on the dedicated channel that boiler hot-water constitutes by the pipe connecting that connects with the pipeline that is connected water tower and marsh-gas fermentation tank, are the heating system at center thereby external boiler is connected into the water tower.
3) electrically heated: electric water heater is installed in the water tower, and electric water heater adopts two heating rods, to the logical 220V/50Hz power supply of heating rod, adds storage water in the hot-water tower by Electric heating.
The utility model is taked different type of heating under different situations, with the storage of water in water tower heating, utilize the hot water in the water tower to send in the fermentor tank again, carries out heat exchange with coil pipe in the fermentor tank, and fermentor tank is carried out heat tracing.
Stopping valve is used for controlling current.The hot water that the utility model provides is also exportable to be used to have a bath and the pig farm insulation.
The utility model has the advantages that, reasonable in design, simple in structure, three kinds of heat-supplying modes are integrated in one, accomplished to take into account mutually, learn from other's strong points to offset one's weaknesses, realized that multiple heat energy uses jointly.
Description of drawings
Fig. 1, the utility model basic structure synoptic diagram.
Embodiment
Below, describe the novel embodiment of this reality with reference to the accompanying drawings in detail.
As shown in Figure 1, the utility model is equipped with the solar energy heat absorbing device of endothermic tube 9, the water tower 5 of being furnished with electric heater, resting support 12, pipeline, stopping valve, in-line pump 14 by employing, stopping valve and pipeline connect, and water tower 5 is contained on the resting support 12, and resting support 12 is fixed on the pedestal.The endothermic tube 9 of solar energy heat absorbing device connects by pipeline 8 and water tower 5, in-line pump 14 is installed on water tower 5 and the pipeline 8 that the endothermic tube 9 of solar energy heat absorbing device links to each other, adopted coil pipe 2, coil pipe 2 is contained in the fermentor tank 1, the pipeline of water tower 5 by stopping valve is housed respectively with solar energy heat absorbing device that endothermic tube 9 is housed and fermentor tank 1 in coil pipe 2 connect, constitute water circulation channel, coil pipe in the fermentor tank 12 is fixed by stent support.On two pipelines of water tower in succession 5 and fermentor tank 1, be separately installed with the pipe connecting that connects with external boiler, constitute the pipe special that allows external boiler to insert, article two, all is furnished with stopping valve on the pipe special, article one, pipe special is an inlet channel, this inlet channel end is provided with water inlet A, another pipe special is an outlet conduit, and this outlet conduit end is provided with water outlet B.Boiler hot-water inserts by admission port A and the delivery port B that is provided with on the special pipeline that pipeline connected that connects water tower 5 and fermentor tank 1.Electric heater adopts heating rod 6, and heating rod 6 has two.Be fixedly mounted on the bottom in the water tower 5 respectively.Stopping valve adopts a plurality of, comprises input stopping valve and output stopping valve.Wherein, the input stopping valve comprises the first input stopping valve 4, the second input stopping valve 3, the 3rd input stopping valve 13, and the output stopping valve comprises the first output stopping valve 10, the second output stopping valve 11, the 3rd output stopping valve 7.Water tower 5 is furnished with the water inlet pipe of tap water.The water inlet pipe of tap water is installed in water tower 5 tops.Coil pipe 2 is installed on the support in the fermentor tank 1.
Claims (6)
1. fermentor tank is with pre-thermal control integral system, the solar energy heat absorbing device of endothermic tube, the water tower of being furnished with electric heater, resting support, pipeline, stopping valve, in-line pump are equipped with in employing, stopping valve and pipeline connect, water tower is contained on the resting support, the endothermic tube of solar energy heat absorbing device connects by pipeline and water tower, and in-line pump is installed on water tower and the pipeline that the endothermic tube of solar energy heat absorbing device links to each other, it is characterized in that, adopted coil pipe (2), coil pipe (2) is contained in the fermentor tank (1); The pipeline of water tower (5) by stopping valve is housed respectively with solar energy heat absorbing device that endothermic tube (9) is housed and fermentor tank (1) in coil pipe (2) connect, constitute water circulation channel; Water tower (5) is provided with the pipe connecting that connects with external boiler with the pipeline that fermentor tank (1) connects, and pipe connecting is furnished with stopping valve.
According to the described fermentor tank of claim 1 with pre-thermal control integral system, it is characterized in that electric heater adopts heating rod (6).
According to the described fermentor tank of claim 1 with pre-thermal control integral system, it is characterized in that it is a plurality of that stopping valve adopts, comprise input stopping valve and output stopping valve.
According to the described fermentor tank of claim 1 with pre-thermal control integral system, it is characterized in that water tower (5) is furnished with the water inlet pipe of tap water.
According to the described fermentor tank of claim 1 with pre-thermal control integral system, it is characterized in that coil pipe (2) is installed in the fermentor tank (1).
According to the described fermentor tank of claim 1 with pre-thermal control integral system, it is characterized in that resting support (12) is fixed on the pedestal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201119734U CN202030771U (en) | 2011-04-16 | 2011-04-16 | Preheating control integrated system for fermentation tank |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201119734U CN202030771U (en) | 2011-04-16 | 2011-04-16 | Preheating control integrated system for fermentation tank |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202030771U true CN202030771U (en) | 2011-11-09 |
Family
ID=44893077
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011201119734U Expired - Fee Related CN202030771U (en) | 2011-04-16 | 2011-04-16 | Preheating control integrated system for fermentation tank |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202030771U (en) |
-
2011
- 2011-04-16 CN CN2011201119734U patent/CN202030771U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20111109 Termination date: 20150416 |
|
| EXPY | Termination of patent right or utility model |