Development of sustainable bioproducts from microalgae biomass: Current status and future perspectives

Population and pollution make notable contributions to introducing novel sophisticated techniques. From vehicles industries, the release of CO2 into atmosphere wastewater running water streams are key concerns. On other hand, population is responsible for rapid manufacturing all commercial goods. Microalgae only answer accessible aforementioned difficulties. Similar plants, microalgae need light thrive produce a variety bioproducts such as carbohydrates, protein, lipids, vitamins, sterols, pigments, silica. Physical (light, temperature, CO2, UV), chemical (nutrient addition or depletion), enzymatic, metabolic pathway reconfiguration, well indoor outdoor growing, highly regarded among several optimization strategies desired products. Wastewater rectified by growing in nutrient-rich organic their growth, which used accelerate bioproducts. This review considers use food, animal aquatic feed, fertilizer, biofuel, medicinal nutraceutical sectors. paper also provides different strategies, include physical means extraction methods enhancing bioactive Challenges future recommendations target discussed overcome environmental issues.