CN204191369U - The solar energy hatching cyclic utilization system of Yang Ya factory - Google Patents

The solar energy hatching cyclic utilization system of Yang Ya factory Download PDF

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Publication number
CN204191369U
CN204191369U CN201420634861.0U CN201420634861U CN204191369U CN 204191369 U CN204191369 U CN 204191369U CN 201420634861 U CN201420634861 U CN 201420634861U CN 204191369 U CN204191369 U CN 204191369U
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water
hatching
solar energy
heat exchange
exchange zone
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CN201420634861.0U
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程国茂
程海燕
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QUJING FENGMAO DUCK INDUSTRY DEVELOPMENT Co Ltd
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QUJING FENGMAO DUCK INDUSTRY DEVELOPMENT Co Ltd
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    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02ATECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A40/00Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
    • Y02A40/70Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in livestock or poultry
    • Y02A40/76Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in livestock or poultry using renewable energy

Abstract

The utility model provides the solar energy hatching cyclic utilization system of a breeding duck factory, relate to heat recovery technical field, system solves the problem existing plant relies on merely biogas cannot enoughly provide heat to supply hatching and poult growth, the simple deficiency relying on the production capacity improving bionethanation system can increase again ambient pollution burden, solar energy and methane energy parallel combination is adopted to use, two thermals source are provided, take water as carrier, two thermals source share a circulation canal, successively by thermal source, hatching of breeding eggs radiating area, poult growth radiating area and cyclic water tank connect, form a heating cycle system, multiple heat abstractors of hatching of breeding eggs radiating area and poult growth radiating area are in parallel, also ensure while ensureing heat supply in enormous quantities that multiple incubation divisions temperature constant is consistent, the cloudy solar thermal energy deficiency of cyclostrophic on the same day is produced and taken, enable methane energy hot water apparatus to supplement, cyclic water tank can be arrived after water for cooling used.

Description

The solar energy hatching cyclic utilization system of Yang Ya factory
Technical field
The utility model relates to heat recovery technical field, particularly relates to the solar energy hatching cyclic utilization system of a breeding duck factory.
Background technology
Along with national economy growth in the living standard, development and the agricultural production of biogas technology are combined closely, outstanding ecological benefits and comprehensive benefit.Evaluation of biogas project on husbandry farms can be increased economic efficiency further, changes traditional aquaculture model, can solve again the problem of energy shortage and agroecological environment deterioration.But obtain in biogas engineering in plant, in order to the operational efficiency making system reach higher, increase gas production, with regard to needing, the condition of process is controlled, but, at present most evaluation of biogas project on husbandry farms, temperature is controlled all do not have corresponding technology and the energy to provide equipment, not only make bionethanation system gas production very low, also seriously waste abundant raw material, result in the increase of ambient pollution burden.
The through engineering approaches of solar energy system is applied in obtain in recent years to be promoted more and more widely, is applied to by solar energy heat distribution system in the hatching system of plant, is through engineering approaches application important channel and the breakthrough of this renewable and clean energy resource of solar energy.The heat supply hatching of breeding eggs produced by solar energy system and the energy needed for poult growth, utilize control system to be stabilized in OK range hot water temperature, and hatching of breeding eggs and poult growth are carried out under the temperature condition of the best.
Summary of the invention
Biogas is relied on merely cannot enoughly to provide heat to supply hatching and poult growth for solving existing plant, the simple deficiency relying on the production capacity improving bionethanation system can increase again ambient pollution burden, the purpose of this utility model is the solar energy hatching cyclic utilization system providing a breeding duck factory, being formed with solar energy is the main source of institute's calorific requirement, and biogas energy is auxiliary novel hatching cyclic utilization system.
The purpose of this utility model is realized by following measures: the solar energy hatching cyclic utilization system of Yang Ya factory, comprises solar energy heat distribution system and the biogas heating system of parallel installation;
Described solar energy heat distribution system comprises cyclic water tank 1, water supply pump 2, solar energy heat collector 3, hot water circuit pipeline 4, hatching of breeding eggs heat exchange zone 5, Warm water circulation pipeline 6, poult growth heat exchange zone 7, cold-water reflux pipe 8, described water supply pump 2 connects cyclic water tank 1 and solar energy heat collector 3, cold water in cyclic water tank 1 is delivered to solar energy heat collector 3, cold water is after heat collector exchange heat, water temperature raises, the radiating area of hatching of breeding eggs heat exchange zone 5 is delivered to by hot water circuit pipeline 4, hot water temperature is reduced to a certain degree, do not meet the requirement of hatching of breeding eggs, the hot water of lower temperature is delivered to poult growth heat exchange zone 7 by Warm water circulation pipeline 6 again and is carried out second heat exchange, cyclic water tank 1 is flowed back to afterwards by cold-water reflux pipe 8,
Described biogas heating system comprises the biogas arranged separately and generates and conveying plant 9, methane boiler 10 and corresponding biogas hot-water line 11, the described water supply pump 2 connected with cyclic water tank 1 is provided with flow divider 12, flow divider 12 there are two cold water pipes, article one, be connected to solar energy heat collector 3, another is connected in the heating cabinet of methane boiler 10, delivered to the combustion chamber of methane boiler 10 by pipeline after biogas generates, hatching of breeding eggs heat exchange zone 5 is delivered to by biogas hot-water line 11 after heating, hot water temperature is reduced to a certain degree, the hot water of lower temperature is delivered to poult growth heat exchange zone 7 by Warm water circulation pipeline 6 again and is carried out second heat exchange, cyclic water tank 1 is flowed back to afterwards by cold-water reflux pipe 8.
For adapting to the demand of large-scale farming, described hatching of breeding eggs heat exchange zone 5 is arranged in parallel for two or more.
For adapting to the demand of large-scale farming, described poult growth heat exchange zone 7 is arranged in parallel for two or more.
For ensureing the temperature constant of hatching of breeding eggs and poult growth district, at described hatching of breeding eggs heat exchange zone 5 and poult growth heat exchange zone 7 set temperature monitoring device, the temperature of real-time measurement regional water separately, when water temperature is lower than setting value, impels controller to be drained by water.
the utility model has the following advantages:
The utility model adopts solar energy and methane energy parallel combination to use, two thermals source are provided, take water as carrier, two thermals source share a circulation canal, successively by thermal source, hatching of breeding eggs radiating area, poult growth radiating area and cyclic water tank 1 connect, form a heating cycle system, flow process is simple, and the hot water flowing through hatching of breeding eggs radiating area enter poult growth radiating area after, form certain thermograde, it is temperature required that this temperature can meet poult growth, heat is fully used, multiple heat abstractors of hatching of breeding eggs radiating area are in parallel, also ensure while ensureing heat supply in enormous quantities that multiple incubation divisions temperature constant is consistent, improve the incubation rate of kind of egg, in like manner, poult growth radiating area is also multiple parallel-connection structure, also the temperature constant of multiple vitellarium can be ensured, ensure that growth and short its of poult conform.The cloudy solar thermal energy deficiency of cyclostrophic on the same day is produced and taken, and enables methane energy hot water apparatus to supplement, can arrive cyclic water tank 1 after water for cooling used, can not cause waste.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
In figure, cyclic water tank 1, water supply pump 2, solar energy heat collector 3, hot water circuit pipeline 4, hatching of breeding eggs heat exchange zone 5, Warm water circulation pipeline 6, poult growth heat exchange zone 7, cold-water reflux pipe 8, biogas generate and conveying plant 9, methane boiler 10, biogas hot-water line 11, flow divider 12.
Embodiment
Below in conjunction with accompanying drawing and explanation, the present invention is further described.
embodiment 1
As shown in Figure 1, the solar energy hatching cyclic utilization system of the Yang Ya factory described in the present embodiment, comprises solar energy heat distribution system and the biogas heating system of parallel installation, described solar energy heat distribution system comprises cyclic water tank 1, water supply pump 2, solar energy heat collector 3, hot water circuit pipeline 4, 3 hatching of breeding eggs heat exchange zones 5 in parallel, Warm water circulation pipeline 6, 3 poult growth heat exchange zones 7 in parallel, cold-water reflux pipe 8, described water supply pump 2 connects cyclic water tank 1 and solar energy heat collector 3, cold water in cyclic water tank 1 is delivered to solar energy heat collector 3, cold water is after heat collector exchange heat, water temperature raises, the radiating area of hatching of breeding eggs heat exchange zone 5 is delivered to by hot water circuit pipeline 4, hot water temperature is reduced to a certain degree, do not meet the requirement of hatching of breeding eggs, the hot water of lower temperature is delivered to poult growth heat exchange zone 7 by Warm water circulation pipeline 6 again and is carried out second heat exchange, cyclic water tank 1 is flowed back to afterwards by cold-water reflux pipe 8,
Described biogas heating system comprises the biogas arranged separately and generates and conveying plant 9, methane boiler 10 and corresponding biogas hot-water line 11, the described water supply pump 2 connected with cyclic water tank 1 is provided with flow divider 12, flow divider 12 there are two cold water pipes, article one, be connected to solar energy heat collector 3, another is connected in the heating cabinet of methane boiler 10, delivered to the combustion chamber of methane boiler 10 by pipeline after biogas generates, hatching of breeding eggs heat exchange zone 5 is delivered to by biogas hot-water line 11 after heating, hot water temperature is reduced to a certain degree, the hot water of lower temperature is delivered to poult growth heat exchange zone 7 by Warm water circulation pipeline 6 again and is carried out second heat exchange, cyclic water tank 1 is flowed back to afterwards by cold-water reflux pipe 8.For ensureing the temperature constant of hatching of breeding eggs and poult growth district, at described hatching of breeding eggs heat exchange zone 5 and poult growth heat exchange zone 7 set temperature monitoring device, the temperature of real-time measurement regional water separately, when water temperature is lower than setting value, impels controller to be drained by water.

Claims (5)

1. the solar energy hatching cyclic utilization system of Yang Ya factory, is characterized in that, comprises solar energy heat distribution system and the biogas heating system of parallel installation;
Described solar energy heat distribution system comprises cyclic water tank (1), water supply pump (2), solar energy heat collector (3), hot water circuit pipeline (4), hatching of breeding eggs heat exchange zone (5), Warm water circulation pipeline (6), poult growth heat exchange zone (7), cold-water reflux pipe (8), described water supply pump (2) connects cyclic water tank (1) and solar energy heat collector (3), cold water in cyclic water tank (1) is delivered to solar energy heat collector (3), cold water is after heat collector exchange heat, water temperature raises, the radiating area of hatching of breeding eggs heat exchange zone (5) is delivered to by hot water circuit pipeline (4), hot water temperature is reduced to a certain degree, do not meet the requirement of hatching of breeding eggs, the hot water of lower temperature is delivered to poult growth heat exchange zone (7) by Warm water circulation pipeline (6) again and is carried out second heat exchange, cyclic water tank (1) is flowed back to afterwards by cold-water reflux pipe (8),
Described biogas heating system comprises the biogas arranged separately and generates and conveying plant (9), methane boiler (10) and corresponding biogas hot-water line (11), the described water supply pump (2) connected with cyclic water tank (1) is provided with flow divider (12), flow divider (12) there are two cold water pipes, article one, be connected to solar energy heat collector (3), another is connected in the heating cabinet of methane boiler (10), delivered to the combustion chamber of methane boiler (10) by pipeline after biogas generates, hatching of breeding eggs heat exchange zone (5) is delivered to by biogas hot-water line (11) after heating, hot water temperature is reduced to a certain degree, the hot water of lower temperature is delivered to poult growth heat exchange zone (7) by Warm water circulation pipeline (6) again and is carried out second heat exchange, cyclic water tank (1) is flowed back to afterwards by cold-water reflux pipe (8).
2. the solar energy hatching cyclic utilization system of Yang Ya factory according to claim 1, it is characterized in that, described hatching of breeding eggs heat exchange zone (5) is arranged in parallel for two or more.
3. the solar energy hatching cyclic utilization system of Yang Ya factory according to claim 1 and 2, is characterized in that, described poult growth heat exchange zone (7) is arranged in parallel for two or more.
4. the solar energy hatching cyclic utilization system of Yang Ya factory according to claim 1 and 2, it is characterized in that, at described hatching of breeding eggs heat exchange zone (5) and poult growth heat exchange zone (7) set temperature monitoring device, the temperature of real-time measurement regional water separately, when water temperature is lower than setting value, controller is impelled to be drained by water.
5. the solar energy hatching cyclic utilization system of Yang Ya factory according to claim 3, it is characterized in that, at described hatching of breeding eggs heat exchange zone (5) and poult growth heat exchange zone (7) set temperature monitoring device, the temperature of real-time measurement regional water separately, when water temperature is lower than setting value, controller is impelled to be drained by water.
CN201420634861.0U 2014-10-30 2014-10-30 The solar energy hatching cyclic utilization system of Yang Ya factory Active CN204191369U (en)

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Application Number Priority Date Filing Date Title
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107410088A (en) * 2017-08-08 2017-12-01 广西柳城县绿之缘生态农业科技有限公司 Brood warmer

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107410088A (en) * 2017-08-08 2017-12-01 广西柳城县绿之缘生态农业科技有限公司 Brood warmer

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