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Research

LANL and Sapphire team for algal research

July 12, 2017
AlgaeIndustryMagazine.com

An aerial view of a 30,000L raceway where Sapphire validates the performance of its cultivation strains by testing them at increasing special scales.

The recent announcement by the U.S. Department of Energy (DOE) of three projects to receive up to $8 million, aimed at reducing the costs of producing algal biofuels and bioproducts, includes a project involving Los Alamos National Laboratory scientist Shawn Starkenburg working with Alina Corcoran of Sapphire Energy at its Las Cruces, New Mexico field site. The two will be evaluating rationally-designed pond cultures containing multiple species of algae, as well as beneficial bacteria, for consistent biomass composition and high productivity. The project was awarded through a DOE Funding Opportunity Announcement titled “Productivity Enhanced Algae and Tool-Kits (PEAK).”

“Our goal is to double the yield of outdoor algal production systems,” Dr. Starkenburg said. “By applying strategies and management practices from agriculture, aquaculture, microbial ecology, as well as using high-throughput selection tools to generate microbial assemblages, we believe this is achievable.”

Overall, these projects will deliver high impact tools and techniques for increasing the productivity of algae organisms and cultures to support the development of a bio-economy that can help create jobs, spur innovation, improve quality of life, and achieve national energy security.

“These projects will also deliver biology-focused breakthroughs while enabling accelerated future innovations through data sharing within the research and development community,” Dr. Starkenburg said.

Specifically, the tools and techniques that will be co-developed by Los Alamos and Sapphire include “cultivation ready” mixtures of algae, and libraries of bacteria that improve the growth of algae. In addition, the project will implement a novel high-throughput microfluidics screening/culturing method developed by Los Alamos to identify probiotic bacteria, and the team will sequence the genomes of novel production strains.

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