Solar cell integrated heat supply type method for marine organism overwintering and seedling nursing

Abstract

The present invention provides integrated heated solar pond method for marine organism overwintering and raising fry. The apparatus consists of non-saturated solar pond, shallow underground solar pond, shallow ground solar pond, green house type solar pond, heat exchanging pipeline and water pumping unit. The ecological environment for marine organism overwintering and raising fry of marine organism is provided with required physical and chemical indexes, including temperature, salt content, oxygen content, etc. Compared with available technology, the present invention has the features of reasonable design, simple apparatus, saving in energy source, low in cost, etc.

Description

1. Technical field [0001] The invention relates to a solar aquaculture technology, in particular to a method for overwintering and raising seedlings of marine organisms in a solar pool integrated heating type that can effectively solve the problem of overwintering and raising seedlings of marine organisms. 2. Background technology [0002] (1) The traditional solar pond heat collection is operated in a saturated state, and the salinity in the lower convection area reaches 25%. The amount of salt used is huge, and the production cost is high; the heat replacement uses a pipeline exchanger, and the installation and management process is complicated. [0003] (2) At present, the aquatic industry generally adopts boiler heating or electric heating in the production of overwintering seedlings. This method not only consumes high energy, increases production costs, but also pollutes the environment. If conventional energy is used to heat the working water body, not only the investm...

AI Technical Summary

Problems solved by technology

[0002] (1) The traditional solar pond heat collection is operated in a saturated state, and the salinity in the lower convection area reaches 25%, the amount of salt used is huge, and the production cost is high; the heat replacement uses a pipeline exchanger, and the installation and management process is complicated

[0003] (2) At present, the aquatic industry generally adopts boiler heating or electric heating in the production of overwintering seedlings. This method not only consumes high energy, increases production costs, but also pollutes the environment

If conventional energy is used to heat the working water body, not only the investment is huge, the energy consumption is high, but also the environment is polluted

Images