date:Oct 13, 2012
t that has high nutritional content and can be grown at a relatively low cost. The investment of more than $820,000 will help fund further research into optimizing algae growth rates leading to more efficient methods of production, yielding the maximum amount of algae with the highest CO2 uptake capacity.
SFN's technology captures CO2 emissions and rejected heat directly from natural gas burning engines for use as primary inputs in closed phytobioreactors - closed structures containing algae, a