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Interfacing the CO -fixing microorganism, Ralstonia eutropha, to the energy derived from hydrogen produced by water splitting is a viable approach to achieving renewable CO reduction at high efficiencies. We employ C-labeling to report on the nature of CO reduction in the inorganic water splitting | R. eutropha hybrid system. Accumulated biomass in the reactor under a C-enriched CO atmosphere may be sampled at different time points during CO reduction.
Interfacing the CO -fixing microorganism, Ralstonia eutropha, to the energy derived from hydrogen produced by water splitting is a viable approach to achieving renewable CO reduction at high efficiencies. We employ C-labeling to report on the nature of CO reduction in the inorganic water splitting|R. eutropha hybrid system. Accumulated biomass in a reactor under a C-enriched CO atmosphere may be sampled at different time points during CO reduction.
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