Multifunctional separate constant-temperature breeding-planting circulation system

Abstract

The invention discloses a multifunctional separate constant-temperature breeding-planting circulation system, comprising a compressor and a water tank; a condenser and a temperature sensing probe arefixedly mounted on the upper surface of the compressor; an electromagnetic valve is also mounted on the front of the compressor; a drying filter is arranged at the left end of the electromagnetic valve; the right end of the electromagnetic valve is connected with a freezing chamber through a temperature sensor; a refrigerating chamber is fixedly mounted at the upper end of the freezing chamber andserves as a second evaporator connected with the compressor through a temperature sensor; the water tank is arranged on the left of the condenser; the upper surface of the water tank is provided witha tank water inlet and a tank water outlet; the water tank is also provided with a connection that facilitates cleaning and connection with another water tank; a control valve is fixedly mounted at the upper end of the tank water inlet through a water pipe. The multifunctional separate constant-temperature breeding-planting circulation system allows resources to be recycled, can effectively saveenergy and is highly practical.

Description

technical field [0001] The invention relates to the technical field of a constant temperature planting and breeding circulation system, in particular to a multi-functional separated constant temperature planting and breeding circulation system. Background technique [0002] In recent years, the rapid development of the aquaculture industry has brought huge economic and social benefits. At the same time, it has also produced a large amount of fecal waste from aquatic animals. At the same time, it has also had a certain impact on the environmental temperature control of aquatic products. Serious environmental pollution problems and resource conservation issues, how to reduce waste discharge and rational and effective use have attracted more and more attention. The circular agriculture model has attracted much attention for its efficient use of resources and environmental friendliness. The 3R principle of "reuse, reuse, and recycling" advocates resource reduction and recycling....

AI Technical Summary

Problems solved by technology

[0002] In recent years, the rapid development of the aquaculture industry has brought huge economic and social benefits. At the same time, it has also produced a large amount of fecal waste from aquatic animals. At the same time, it has also had a certain impact on the environmental temperature control of aquatic products. Serious environmental pollution problems and resource conservation issues, how to reduce waste discharge and rational and effective use have attracted more and more attention. The circular agriculture model has attracted much attention for its efficient use of resources and environmental friendliness. The 3R principle of "reuse, reuse, and recycling" advocates resource reduction and recycling. The combination of planting and breeding with the constant temperature planting and breeding system is one of the effective modes for dealing with the excrement of aquatic products in the current aquaculture industry. Its application Biomass energy is multi-layered and comprehensively utilized to effectively treat biogas slurry and achieve ecological discharge of sewage. The early research of this model mainly focuses on the process design of biogas projects, sewage discharge indicators, and the fertilizer effect of biogas slurry. There are few reports on the sustainable research of this model, and there are few temperature control devices for aquaculture on the market, which can ensure the impact of water and water temperature on aquatic products.

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