Titlebook: Biotechnological Processes for Green Energy, and High Value Bioproducts by Microalgae, and Cyanobact; Alfredo de Jesús Martínez-Roldán Boo

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https://doi.org/10.1007/978-3-658-32451-3°C, large-scale deployment of technologies to remove CO. from the air will be needed. As highly efficient, photosynthetic, single-cell factories, microalgae and cyanobacteria can play a critical role among carbon-negative technologies. Bio-capture of CO. using photosynthetic microbes is a viable met

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https://doi.org/10.1007/978-3-658-32451-3o a reduction in oxygen levels and eutrophication in water sources. Bioremediation utilizes the genetic and metabolic diversity of microorganisms in industrial processes, optimizing their biological capabilities. It is a promising method for approaching various contemporary issues such as climate ch

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,Wege in die ?Neolithische Revolution“,to eliminate nitrogen and phosphorus present in wastewater, and the amount of these contaminants can vary depending on the source. For domestic wastewater, the amounts of nitrogen, phosphorus, and organic matter are low, and its treatment by microalgal cultures can reach high efficiencies. This chap

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https://doi.org/10.1007/978-3-531-90319-4nly due to the limitations of many treatment plants for such waters that do not allow effective elimination. When contaminants persist in the water resources above their allowed limits it may cause some harmful and toxic effects on aquatic organisms and humans, such as eutrophication, mutagenic, and

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,Wege in die ?Neolithische Revolution“,ternative to remove pollutants from them, in this type of effluent the main pollutants are nitrogen and phosphorus, which are assimilated by microalgae for their growth, in the form of ammonium and orthophosphates, respectively. However, the treatment of industrial wastewater represents a difficult

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https://doi.org/10.1007/978-3-531-90319-4ollution problems. The use of non-harmful and environmentally friendly fertilizers such as biofertilizers has been promoted. Biofertilizers consist of the preparation of living soil microorganisms that add, conserve, and mobilize nutrients to the rhizosphere or to the interior of plants, which encou

incisive

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,Wege in die ?Neolithische Revolution“, process wherein photosynthesis and hydrogen evolution are effectively decoupled. In the first stage, microalgae or cyanobacteria use sunlight to fix carbon dioxide and fuel their growth. In the second stage, dark anaerobic fermentation of the accumulated biomass is used to generate hydrogen by the

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,Wege in die ?Neolithische Revolution“,omplex and photoprotectors. Due to their nature, they are able to neutralize the effect of the presence of singlet oxygen and free radicals, acting as quenchers; for this function, an important and crucial role as an antioxidant has been attributed to a large number of carotenoids. Their production

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