Cover crops have multiple benefits—soil health is the most important benefit. Can Cover crops be a material feedstock supply center for biofuels? Primary challenges to adoption are uncertainties in use of cover crops across states and includes relative roles of climate, soil type, production practices, and policy.. A team of researchers including Daniel Santosa (PI), […]
An estimated 60% of the available corn stover will be collected in excess of 20% moisture resulting in a lack of ability to produce a reliable feedstock with conventional harvest and storage systems. A team of researchers have designed a project to: overcome issues with the current bale-based state of technology; develop a single-pass corn […]
Twelve is developing and scaling a platform for a reactor that electrochemically transforms biogenic CO2. The company’s core innovation is a membrane electrode assembly that enables CO2 electrolysis. In this project, the company aims towards mass production of PEM CO2 electrolyzer stacks. Dr. Sadia Kabir of Twelve led the team that created this presentation on […]
Researchers have targeted the use of catalytic methods to reduce CO2 to single carbon intermediates, then to follow with biological up-conversion to multi-carbon compounds. In this project, Montana State researchers developed electrochemical reactor components with laterally graded pore structure to aid in reaction distribution when the reactor is scaled-up. Project partners integrated these components into […]
The Bio-Optimized Technologies to keep Thermoplastics out of Landfills and the Environment (BOTTLE) consortium is developing new chemical upcycling strategies for today’s plastics and redesigning tomorrow’s plastics to be recyclable-by-design. BOTTLE conducts high-impact research and development to deliver scalable technologies that enable cost-effective recycling, upcycling, and increased energy efficiency for plastics. Under the BOTTLE research […]
Wet wastes could provide up to 6 billion gallons of SAF and saves on expensive alternative disposal processes that can reach as high as $4 per gallon of fuel. In this project, researchers propose a method to produce up to 1.5 billion gallons per year of SAF from wet waste (25 percent of fuels are […]
A handful of industrial biotechnology companies have the strength and purpose to make it as a public company — others remain private, are acquired, or wind down. What makes companies able to succeed with public investors? What combination of product mix, experienced management, technologies that excel, capital at work, and effective vision make it possible […]
A handful of industrial biotechnology companies have the strength and purpose to make it as a public company — others remain private, are acquired, or wind down. What makes companies able to succeed with public investors? What combination of product mix, experienced management, technologies that excel, capital at work, and effective vision make it possible […]
Why should DOE work on plastics circularity? For one, ~2-3% of total energy consumption in the US is used to manufacture plastics, resins, and synthetic rubber. Also, plastic production generates ~3.8% of global GHGs. Finally, plastic production uses ~6% of global oil production, representing a large opportunity for further energy and process efficiency improvements. These […]
In partnership with Sironix, Los Alamos National Lab researchers aimed to develop performance-advantaged biobased surfactants, noting that bifunctional oleo-furans eliminate the need for metal chelator additives; maintain function in hard and cold water. In this project, researchers aimed to reduce barriers to scaling up Sironix technology by addressing catalytic upgrading and process intensification challenges. Xiaokun […]
