Sentence examples for microbial biofuels from inspiring English sources

This has given hope that renewable microbial biofuels may offer a viable alternative to fuels derived from dwindling petroleum reserves.

This review discusses some of the metabolic engineering approaches being used to enhance the commercialization potential of microbial biofuels including fuel alcohols, biodiesel and biohydrogen.

Microbial biofuels reduce emissions because CO2 produced by fuel combustion is offset by CO2 captured by growing biomass, which is later used as feedstock for biofuel fermentation.

This enzyme has been used for the production of biodiesel (microdiesel) after heterologous expression in Escherichia coli (Kalscheuer et al. 2006); thus, it is considered as a relevant tool for engineering new microbial biofuels.

In this review, we present the recent progresses including challenges and opportunities in microbial biofuels production as well as the potential applications of microalgae as a platform of biomass production.

It becomes more and more important to develop appropriate models for the efficient design of the cell factory for microbial biofuels and biochemical productions, since the appropriate model can predict the effect of culture environment and/or the specific pathway genes knockout on the growth characteristics.

This technique could deliver a prospective electrode for microbial biofuel cell and other applications.

These biofuel cells provide power densities of 0.203 ± 0.014 mwhich, whish in in between the latest immobilized enzyme-based biofuel cells and microbial biofuel cells, while providing the efficiency of microbial biofuel cells.

Microbial biofuel cells also have great potential in digesting organic wastes and biomass for power generation.

In this study, we have explored the possibility to fabricate microbial biofuel cell operating with carbon nanotube gold titania nanocomposites (CNT/Au/TiO2) as anode modifier.

CBDGC-based selection provides a useful and accessible technological alternative to genetic engineering approaches for the customization of microbial biofuel feedstocks.