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Full Description
This book includes twenty chapters in the field of bioenergy, agriculture, energy systems, and waste from environment using reactor configurations analysis for biorefinery processes. It discusses recent biorefineries for 1G, 1.5G, 2G, and 3G sugars or ethanol from fruit and vegetable waste, chitin, DDGs, bread waste, broken rice, beet root, algal unexplored feedstocks. Different process parameters governing effective biomass pretreatment and production through different bioreactors configuration such as counter-current, percolation, plug-flow, and shrinking bed in enzymatic biomass hydrolysis and fuels and chemical production. In extend to production, life cycle assessment and circular economy in biorefinery process will be getting chapters from authors. It concludes with the latest topics on biorefineries, including reactor configurations prediction through AL/ML and optimizing through AI-driven simulations and Government regulations and policies to support circular economic initiatives from strategies for the transition to advanced bioethanol production.
Contents
Feedstock composition variation and availability in various geographical regions in the world.- Biomass collection and storage and successful supply chain from farm to factory.- Fruit and vegetable waste chitin DDGs bread waste broken rice beet root Unexplored feedstock for biorefineries.- Process parameters governing effective biomass pretreatment on oligosaccharides and hemicellulosic monomeric sugars recovery.- Process parameters governing effective enzymatic hydrolysis and cellulosic sugars recovery.