Parameter monitoring and controlling system for biological microalgae reaction vessel

Abstract

The invention relates to the technical field of biological microalgae culture, and in particular relates to a parameter monitoring and controlling system for a biological microalgae reaction vessel. The parameter monitoring and controlling system comprises an environment monitoring unit, a concentration monitoring unit, an environment control module and a concentration control module, wherein the environment monitoring unit and the concentration monitoring unit are respectively connected with the reaction vessel; the environment control module is connected with the environment monitoring unit; and the concentration control module is connected with the concentration monitoring unit. According to the parameter monitoring and controlling system for the biological microalgae reaction vessel, the variation information of the biological microalgae growing environment is monitored in real time by utilizing the environment monitoring unit, the biological microalgae growing environment is controlled by the environment control module, the concentration information of the biological microalgae is monitored in real time by the concentration monitoring unit, and the concentration of the biological microalgae in the reaction vessel is controlled by the concentration control module, so that the biological microalgae in the reaction vessel can be kept in the best growing environment and the best breeding concentration and maintains the best nutrition supply and high breeding efficiency, and as a result, the technical support is provided for realizing massive biological microalgae culture and efficient production.

Description

technical field [0001] The invention relates to the technical field of biological microalgae cultivation, in particular to a parameter monitoring and regulation system of a biological microalgae reaction vessel. Background technique [0002] Biological microalgae is a kind of single-celled or group autotrophic low-level plants with small individuals. There are more than 20,000 species at present, and they are widely distributed in freshwater ponds and lakes from temperate to tropical regions. The growth of biological microalgae has strong adaptability, and it can be cultivated in seawater and fresh water. The biological microalgae farm can be set up in any place, and can be cultivated in saline-alkali land, clay land, tidal flats, shallow seas, and lakes. It does not compete with food or people. grain. It reproduces rapidly, has the advantages of large biomass, short growth cycle, and easy cultivation. It is estimated that the biomass production of biological microalgae can...

AI Technical Summary

Problems solved by technology

During the reproduction and growth of biological microalgae, it is greatly affected by environmental factors. These parameters mainly include light, carbon dioxide concentration, temperature, etc. There are obvious deficiencies in the existing open culture. For example, it is easily affected by the external environment and it is difficult to maintain a suitable environment. temperature and light, it is vulnerable to pollution; if it is at the seaside, it is vulnerable to severe typhoons, etc., so it is necessary to take necessary measures in a targeted manner

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