Optical organism culture device

Abstract

The invention relates to an optical organism culture device, which comprises one or more supports and a plurality of vectors, wherein the vectors are spaced, and can adsorb optical organism cells, nutrient liquid and optical organism culture liquid, and each vector is suspended from one support. The optical organism culture device has a good light splitting effect, specifically, optical organisms are cultivated on the vectors suspended on the supports, as a result, the defect that optical organisms at the lower part of a tank body receives deficient light when the optical organisms are cultivated in the tank body can be overcome, and the optical organisms located on the vectors receive sufficient light. In addition, the distance and angle of two or more vectors arranged at intervals are adjustable, mutual light shielding of the two or more vectors can be reduced, and further the optical organisms on the vectors receive sufficient light. In a word, the optical organism culture device provided by the invention has a better light splitting effect, and accordingly, the yield of the optical organisms can be improved. Moreover, the optical organism culture device is simple in structure and low in cost, and can be applied to large-scale cultivation, and as a result, the overall yield of the optical organisms is improved.

Description

technical field [0001] The invention relates to a photobiological breeding device. Background technique [0002] Photosynthetic microorganisms or plant cells can use solar energy, water and simple minerals to synthesize organic matter and inorganic matter in the form of hydrogen and methane. Microalgae is one of the typical representatives. It is a kind of individual tiny photoautotrophic / concurrently trophic, single-celled / simple multicellular organisms, with wide distribution, various types, high photosynthetic efficiency, fast growth rate, and adaptability. Strong and other characteristics. Annual CO fixation by microalgae 2 Accounting for about 40% of the global net photosynthetic output, coupled with its high-value antioxidant natural pigments rich in lipids, hydrocarbons, proteins, and soluble polysaccharides, microalgae have attracted much attention in the fields of environmental protection, energy, and health care. [0003] The existing microalgae culture method i...

AI Technical Summary

Problems solved by technology

However, in the natural environment, light intensity, temperature, and CO in the air 2 The controllability of the partial pressure is low, and the cost of building a glass greenhouse (to provide a closed environment in the literature) is high, so the device is not easy to be scaled up for industrial application

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