Hydrogen Production Using bacteria of Thermotoga maritime

Hydrogen production from renewable sources such biomass derived from agricultural waste and municipal alternative ways require to reduce energy costs and consumption of oil and methane gas. Subscribe anaerobic organisms in the environment, such as landfills and cow rumen, methane and hydrogen as well as hydrogen sulfide is a gas stream is suitable for hydrogen fuel cells. In this article we examine the production of hydrogen from bacteria Thermophiles Pyrococcus furiosus and particular Thermotoga Maritima. Thermophiles Pyrococcus furiosus is an Arkian marine that produce anaerobic hydrogen and carbon dioxide. Dehydrogenase, one of these creatures can be found in vitro conditions to produce hydrogen from glucose by glucose dehydrogenase. Both enzymes is selected the cofactor NADP, recycling cofactor as substrate glucose produced dioxide and molecular hydrogen. The two enzymes are produced by one mole of hydrogen per mole of glucose. When the proper enzymes such as cellulases are added, the system can be used to produce hydrogen from biomass components such as sucrose.

biohydrogen-new methods of hydrogen production-bacteria of Thermotoha maritime