The clean fuel production was biologically mediated by the water–gas shift reaction in a 2 l bioreactor. The work performed was on agitation effects on hydrogen production, K L a and power consumption. The results show that 500 rpm was the suitable agitation rate to be employed. The ...
Perspectives in photofermentative hydrogen production were also provided. Although commercial-scale hydrogen production via photofermentation is still economically unfeasible, emerging technologies in genetic engineering and process engineering would make this process more feasible in the near future....
网络生物制氢;生物产氢 网络释义 1. 生物制氢 生物制氢,bioh... ... ) bio-hydrogen production 生物制氢 )biological hydrogen production生物制氢) bio-hydrogen 生物制氢 ... www.dictall.com|基于9个网页 2. 生物产氢 氢气生产,hydrog... ... ) biohydrogen production 生物产氢 )biological hydrogen pr...
Generally speaking, biohydrogen production via dark fermentation is considered the best biological hydrogen production route due to high production rates, as seen in Table2. However, despite the advantage of being a light-independent process, contrary to the photofermentative route, dark fermentative bio...
hydrogen. Biological hydrogen production (BHP) displays recyclable and economical traits, and is thus imperative for hydrogen economy. Three basic modes of BHP were investigated, including bio photolysis, photo fermentation and dark fermentation. Photosynthetic microorganisms could readily serve as power...
Biohydrogen production technology can utilize renewable energy sources like biomass for the generation of hydrogen, the cleanest form of energy for the use of mankind. However, major constraints to the commercialization of these processes include lower hydrogen yields and rates of hydrogen production. ...
of energy to proceed (Postgate 1982). The nitrogen molecule is composed of two nitrogen atoms joined by a triple covalent bond, thus making the molecule highly inert and nonreactive. Nitrogenase catalyzes the breaking of this bond and the addition of three hydrogen atoms to each nitrogen atom....
Finally, methanogens consume acetate and hydrogen/carbon dioxide (CO2) to generate the end product CH4. Success to maintain the microbial population and the growth of these microorganisms is the primary cause of anaerobic system stability. In addition, in aerobic biological wastewater treatment ...
macromolecules, soft matter, proteins, chitosan, natural materials, macromolecules, protein solubility, DNA, metal-organic frameworks, chromophores, virtual materials design, multiscale modeling, density functional theory, molecular dynamics, adsorption, noncovalent interactions, hydrogen bonding, photophysics, ...
Various embodiments of the present invention pertain to methods for biological production of hydrogen. More specifically, embodiments of the present invention pertain to a modular e