Titlebook: Value-added Products from Algae; Phycochemical Produc Abdelfatah Abomohra,Stephan Ende Book 2024 The Editor(s) (if applicable) and The Auth

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Fernanda de Noronha Sertori,Gilvana Scoculi de Lira,Beatriz Jacob Furlan,Paulo Alexandre Silveira dations. Moreover, the transport facilities and storage capacity for carbon dioxide will not be utilized optimally..Three methods for purifying the carbon dioxide are considered. In the first method the carbon dioxide product gas is purified by feeding it to a second membrane unit. This configuration

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Phycochemicals,ter. The metabolic?system and pathways employed as well as the potential technical challenges for the production and extraction of commercial phycochemicals from algal cells cultivated on waste streams are compared. The nano-bionics strategy used in microalgal cells, their uptake and interaction wit

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Artificial Intelligence in Phycochemicals Recognition,ing and Random Forest, have the potential to face these challenges. In chemodiversity research, AI has been widely applied in drug development, omics data analysis, as well as system design and optimization, so far. In this context, this chapter introduces the basic concept of computational methods,

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,High-Throughput Screening to Accelerate Microalgae-Based Phycochemical?Production,(HTS) methods can be implemented to improve the understanding and control of critical process parameters. Innovation pathways (miniaturisation, automation), latest advances and bottlenecks (including experimental?design and?data management), and an outlook of microalgae cell-based HTS assays are dis

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Catalyst in Action,, especially enzymes which are effective and environmentally friendly. The term “phycocatalysts” can be identified as the catalysts made from algal biomass and are emerging recently due to their exquisite catalytic potential and acting as another value-added choice for integrated microalgal biorefin