The article studies the experimental process of cultivation microalgae in a photobioreactor (PBR) to study effect technological conditions on productivity microalgae. This allows obtaining initial data for development closed cycles using energy potential alga mass heat and power supply various industries, including agricultural enterprises (livestock complexes, poultry farms, etc.) scheme cycle...

Oleaginous microalgae are seen as a potential major biofuel producer in the future since, under conditions of nitrogen deprivation, they can contain high amounts of lipids, while they consume CO2 from power plants. These photosynthetic microorganisms are however rather different from the microorganisms usually used in biotechnology. In particular, predicting the behaviour of microalgal based pr...

The application of microalgae for energy purposes and CO2 biomitigation continues to present a number of challenges, including the optimization of culture conditions. The application of experimental designs for microalgae cultivation is difficult, since experiments involving such microorganisms generally last days or weeks. This work proposes a multipurpose laboratory apparatus for the optimiza...