Use a negatively charged solution of the catholyte of the nutrient medium and photosynthesis of Chlorella cells to obtain a biomass with a high content of proteins in sufficient quantities

Abstract

Two thirds of the earth's surface is guarded by the seas and oceans. There are countless lakes, rivers, reservoirs, moistened surface, where one way or another penetrates sunlight. All these places are inhabited by microscopic algae that fall into the same family, genera, sights and sensations. There are a lot of them. Per last years this is freshwater unicellular algae-Chlorella. The use of Chlorella as an object of biotechnology is an attractive and promising task. Chlorella has long been are successfully used in various branches of human activity from food and feed additives to building and technical materials. Especially attractive at the present time is the use of Chlorella biomass as a source of energy raw materials in the production of III generation biofuels. In connection with the foregoing, the problem arises of obtaining Chlorella biomass with a high content of proteins in quantities sufficient for its biotechnological applications. The article presents a solution to this problem by using a negatively charged nutrient medium catholyte solution as nutrition for Chlorella cells and photosynthesis of these cells to obtain biomass with high protein content in sufficient quantities. At the same time, in the process of photosynthesis of rapidly multiplying Chlorella cells, carbon dioxide is utilized and the atmosphere is enriched with oxygen.