Acetobacterium woodii was able to produce high concentrations of acetic acid, i.e., > 20 g/L, from CO2, in the presence H2 as an energy source, which favoured by maintaining a near-optimal pH 7.8 automated bioreactor. This allows mitigation CO2 emissions for their conversion then further used lipids (single cell oils) Rhodosporidium toruloides next assay. The yeast, grown on efficiently accumul...

• A strategy of adaptive laboratory evolution in hydrolysate-based medium was developed. Evolved strains Rhodosporidium toruloides presented better tolerance to inhibitors. The strain’s ability accumulate lipids and produce carotenoids also improved. Whole genome sequencing revealed tolerance-related genes the wild-type strain. Using lignocellulosic biomass hydrolysate for production microbial ...