Biohydrogen Production: Sustainability of Current Technology by Anoop Singh, Dheeraj Rathore

By Anoop Singh, Dheeraj Rathore

Increase in eco-friendly, renewable and sustainable strength call for as a result of larger environmental affects (e.g. Greenhouse gases emissions, weather swap, etc.) on intake of fossil gas source placed down an additional strain on govt, researchers and industrialists. between a number of to be had biofuel innovations, biohydrogen is taken into account as the best environmentally fresh gas and a powerful candidate to fulfil the longer term call for of sustainable power source. even if, biohydrogen creation know-how and its use as a gas remains to be in infancy degree. number of so much sustainable construction pathway, raise in creation upto business scale and value potency are a few factor nonetheless stick to the biohydrogen research.

Biohydrogen Production: Sustainability of present expertise and destiny Perspective” is giving an perception for the sustainable construction of biohydrogen at business scale. the method of biohydrogen construction is complicated and to choose the simplest applicable creation procedure for commercial scale is a frantic activity. This publication will offer a detailed details on all to be had applied sciences for biohydrogen creation and feedstock recommendations to decide on upon. This e-book can be offering info on current prestige of the examine within the box and danger to alter destiny gas economic system in to biohydrogen economy.

specialists perspectives supplied within the chapters by way of popular researchers from all around the globe within the box of biohydrogen examine made this ebook a cornucopia of current study and destiny viewpoint of biohydrogen. This publication is focused on the researchers engaged on biohydrogen in addition to the bioenergy scientist making plans to maneuver in the direction of biohydrogen study. This ebook will offer a platform for motivation of researchers and industrialists for leading edge rules and recommendations to convey biohydrogen construction at business scale.

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2012). These results indicated that pre-hydrolysis stage is not essential for potato and its peels when hydrolyzing microbial cultures are available during fermentation. Kargi and his research group investigated hydrogen production from acid-hydrolyzed and partially hydrolyzed wheat powder by boiling. The effects of factors such as substrate concentration (Argun et al. 2008a), media composition (Oztekin et al. 2008; Argun et al. 2008b), fermentation temperature (Cakır et al. 2010), inoculum type (Argun et al.

The effects of environmental conditions, media compositions, and microbial culture type to reach the maximum theoretical yield of hydrogen formation from simple sugars have been evaluated in detail (Kapdan and Kargi 2006). The recent challenge in dark fermentative hydrogen production is to develop process technologies for biomass. Hydrogen production can occur under mesophilic, thermophilic, and hyperthermophilic conditions. The well-known mesophilic hydrogen-producing microorganism species is Clostridium sp.

Acid treatment of soybean straw was more effective in obtaining high sugar content with decreasing hemicellulose and lignin than alkaline treatment, and 11-fold increase in hydrogen production was achieved with acid-treated soybean straw compared to that of raw one (Han et al. 2012). Hydrogen production from acid hydrolysis of bagasse mainly by H3PO4 was higher than alkaline treatment (Lo et al. 2011). Acid treatment of beer lees was more effective on hydrolysis of hemicellulose than cellulose or lignin, and cumulative hydrogen yield was 17-fold more compared to that of raw beer lees (Cui et al.

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