CAS Institute of Hydrobiology proposes algal biofuel production coupled to bioremediation

The group of Qiang WANG at the institute used waste streams from biomass power plants as nutrients for Chlorellac ultivation and found that Chlorella cultures produced 39 % more lipids and exhibited higher growth rates. The cultures reduced the NOx present in the flue gas and sequestered CO2, with a NOx reduction (DeNOx) efficiency of ∼100%, and a CO2 sequestration rate of 0.46 g L−1 d−1. The residual medium was almost nutrient-free and suitable for recycling.

CAS news release, December 13, 2017

CAS Institute of Hydrobiology proposes algal biofuel production coupled to bioremediation
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