Carbon hydrogenation using inorganic

In addition, isobutanol production from carbon dioxide using inorganic electron donors has also been demonstrated in a lithoautotrophic microorganism R. eutropha [99]. R. eutropha has been used as a production host for polyhydroxybutyrate. This organism can use either molecular hydrogen or... 

A petrochemical is any chemical (as distinct from fuels and petroleum products) manufactured from petroleum (and natural gas) and used for a variety of commercial purposes (Table 3.8). The definition, however, has been broadened to include the entire range of aliphatic, aromatic, and naphthenic organic chemicals, as well as carbon black and inorganic materials such as sulfur and anunonia. Petroleum and natural gas are made up of hydrocarbon molecules, which comprise one or more carbon atoms to which hydrogen atoms are attached. Currently,... 

Which nuclei (in this context, nuclides ) are useful in chemical problems The answer depends on one s area of specialty. Certainly, for the organic chemist, the most common elements are carbon, hydrogen, oxygen, and nitrogen (Table 1-2). The biochemist would add phosphorus to the list. The organometallic or inorganic chemist would focus on whichever... 

Hydrogen selective inorganic membranes can be mesoporous (2 nm < pore diameter < 50 nm ceramic, glass or carbon) microporous (pore diameter < 2 nm ceramic, carbon or zeolite) or dense (ceramic or metal). These membranes can be used from ambient temperatures up to about 600°C for mesoporous materials, up to about 500°C for microporous inorganic membranes and up to about 800°C for dense inorganic membranes [14-16]. These temperatures are only a rough indication, because of the different materials which can be used and the test conditions at which the membranes have to operate. 

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