Marine Microalgae for Sustainable Production of Food and Fuel
Summer 2018 - Spring 2019
Climate, energy and food security are three of the greatest challenges we face in this century. Large-scale industrial cultivation of marine microalgae has been shown to be a promising, environmentally-favorable approach for society to meet its climate goals by sustainably coproducing liquid hydrocarbon fuels and protein. Current models, based on the limited available empirical data, have shown that this sustainable coproduction of food and fuel is approaching economic feasibility. Emerging data from Duke, which leads the Marine Algae Industrialization Consortium (MAGIC), will dramatically help to advance these predictions when combined with a forward-looking economic and life cycle analysis.
This Bass Connections project team produced an integrated assessment of the algal productivity performed by the MAGIC team at the Duke Marine Lab to better understand the factors that regulate production, and incorporated refined algae productivity measurements into existing life cycle analyses and technoeconomic analyses models. The team applied these refined models at potential algae biofuel production sites to better estimate economic and environmental costs for different geographic locations and to gauge critical needs for future studies. The team compiled data and a production assessment report, and produced working models that will inform a report on model outputs.
Location: Duke Marine Lab
Edmond Kong, Sarah Loftus, Serene Cheng, Ashley Meuser, Annie Roberts, Sabrina Tran, Mark Huntley
Marine Algae Industrialization Consortium
Air & Climate, algae biofuel, Energy, Food & Dining, renewable energy, Research