… Using stoichiometric and energetic analyses, we assess the efficiencies of four non-photosynthetic
CO 2 fixation pathways of practical importance, with a focus on engineered strains. …

… Here we review how microorganisms have been engineered for CO 2 fixation for production
of fuels and chemicals, including different CO 2 utilization models and fixation pathways, …

… CO 2 by making C–H and C–C bonds and cleaving C–O bonds. Research on homogeneous
and heterogeneous catalysts for CO 2 and … in the production of synthetic fuels. Significant …

… produce alternative fuels, CO2 evolution into the atmosphere would be reduced because
such fuels would be produced from CO2 … of the conversion of CO2 to fuel using a halo-tolerant …

… feedstocks, mainly from flue gas and waste gasification, we review prominent
opportunities and barriers in CO 2 fixation and energy capture. We then summarize reported …

… to anthropological CO 2 emission is the combustion of petroleum fuels in vehicular … fuels,
has become a partial substitute for fossil fuel. The use of microalgae for biofuel production has …

… CO 2 fixation, and specifically explores the possibility of coupling wastewater treatment with
microalgal growth for eventual production of … configurations for CO 2 fixation and bottlenecks …

… On the basis of these findings, we consider the production of the fuel precursor, isobutyraldehyde,
from cyanobacteria in calculating the representative current STF efficiency of the direct …

… Some anthropogenic activities, especially burning of fossil fuels and industrial production
result in the release of CO 2 to the atmosphere. This has led to increasing concerns about the …

As one way to prevent global warming due to carbon dioxide, microalgal oil production with
secondarily treated sewage (STS) and thermochemical oil recovery from algal cells were …