TY  - BOOK
AU  - Rawat,S.
AU  - Rautela,A.
AU  - Yadav,I.
AU  - Misra,S.
AU  - Kumar,S.
TI  - A Comprehensive Review on Enhanced Biohydrogen Production: Pretreatment, Applied Strategies, Techno-Economic Assessment, and Future Perspective
KW  - DARK FERMENTATION
KW  - PHOTO FERMENTATION
KW  - BIO-PHOTOLYSIS
KW  - MICROBIAL ELECTROCHEMICAL CELL
KW  - PRETREATMENT
KW  - INTEGRATED APPROACH
KW  - TECHNO-ECONOMIC ASSESSMENT
N2  - In the direction of sustainable and zero carbon energy production, hydrogen is considered as a potential fuel with high heating value and energy content compared to other fossil fuels. The present review focuses on conventional and advanced biohydrogen production by utilizing low-cost biomass feedstock through dark fermentation, photo fermentation, bio-photolysis, microbial electrochemical cell, as well as integrated and co-fermentation approaches. Different substrate pretreatment methods, such as thermo-aero-size reduction, acid-alkali or biocatalyst, and combined pretreatment methods are investigated, which can potentially enhance hydrogen productivity multiple-fold. This review explores the application of various hydrogen-selective polymeric membranes, which improves biohydrogen production yield and reduces purification costs. Techno-economic assessment of different biohydrogen production technologies is reviewed based on technological advancements for improved production yield and energy efficiency as well as economic performance enhancement depending upon a minimum selling price, capital cost, operating cost, and profitability. Furthermore, an extensive investigation of the continent or country-specific biohydrogen production challenges is presented. These findings of the current study will explore novel biohydrogen production processes with an aspect of energy efficiency, economics, and environmental footprint
UR  - https://drive.google.com/file/d/1jtNI30mLisBzHG3gLWAd4aoNUDhMdXFm/view?usp=drivesdk
ER  -