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Information × Registration Number 0214U001235, 0111U003834 , R & D reports Title To develop the scientific foundations of microalgae biomass production using renewable solar energy to provide fuel needs of agriculture, to investigate the impact of processes of electro techniques to improve quality indicators biosyrovyny popup.stage_title Head Adamenko Alex Ivanovich, Registration Date 24-01-2014 Organization National Scientific Centre "Institute for Agricultural Engineering and Electrification" popup.description2 The object of study - the process of cultivation mikrovodorosetey fotobioreaktori bundle of suspension. Purpose - to improve the performance of acreage and reduce dependence on imported energy through the development and justification of the key design and technology parameters fotobioreaktora for industrial cultivation of microalgae which applied the principle of separation of deep illuminated suspension. Research Methods - In order to achieve this goal in the applied analytical and experimental methods.About a century microalgae have attracted attention as a source of protein, carbohydrates , fats , vitamins and other biologically active substances. In the biomass of microalgae grown in special culture medium containing 7 - 10 % fat , 30 - 35% carbohydrates , 40 - 60 % protein. Feature microalgae cultivation lies in the fact that changing the composition of the culture medium and other cultivation conditions can increase the protein composition of microalgae from 8 to 60 % or more hydrocarbons of 6 to 37% of fat from 5 to 85 %.It was established that the efficiency of separation of suspension in fotobioreaktori vertykalmy waste surface is within 16%. Based on the data graphs microalgae growth is relatively light, pH of the culture medium , temperature and concentration of carbon dioxide suspensions . In light of KLK 11 , pH - 10 temperature - 300C and CO2 -% can be achieved rates of nearly 2.6 g / l , the smallest increment of 1.5 g / dL was observed under illumination at 5 KLK , pH - 10.5 temperature - 320p and CO2 - 0%. Established daily rate selection suspensions KV, equal 0.38 , which corresponds to 7.6 liters of the collected particulate matter. The selection was made from the sixth day, which corresponds to 2.03 g / l. Biomass yield was - 15.42 g / l per day . MICROCLIMATE BIOMASS MICROALGAE ELECTROPHYSICAL METHODS FOTOBIOREAKTOR , BIOSYROVYNA Product Description popup.authors Адаменко Олексій Іванович Мельник Роман Васильович Сахаревич Ігор Миколаєвеч Тарнавський Сергій Олександрович Тимощук Денис Володимирович popup.nrat_date 2020-04-02 Close