$1.5M State Grant Kickstarts Efforts to use Fungal Molecules in Batteries, Photovoltaics and Electronic Circuitry

­With a $1.5 million state grant, UNC Greensboro (UNCG) faculty are leading a unique research effort to explore how complex molecules found in living organisms, such as fungi, could be used to engineer more environmentally friendly energy systems.

“People have been looking at natural products for centuries for medicinal applications,” said Dr. Shabnam Hematian, Bernard-Glickman Dean’s Professor in the Department of Chemistry and Biochemistry. “We believe that can be done for energy, too.”

The multi-institution initiative is called NICER — Nature Inspired Collaborative Energy Research. Led by Hematian, the research team includes two other UNCG faculty members, a private-sector researcher, and faculty from NC A&T State University, UNC Charlotte, and UNC-Chapel Hill.

NICER will explore how compounds found in fungi can be used to improve technologies for turning sunlight into electricity, transporting electricity in electronics and storing energy in batteries.

The project is funded by a $1.5 million Research Opportunities Initiative (ROI) grant funded by the N.C. General Assembly and administered by the UNC System. This is UNCG’s first UNC System ROI grant. The funding mechanism, established in the 2014-2015 budget bill, targets game-changing research taking place in six priority areas – advanced manufacturing; data sciences; defense, military, and security; energy; marine and coastal science; and pharmacoengineering.

Current energy technologies involve the extensive use of lithium and other elements that must be mined, which can be environmentally disruptive. Organic molecules from nature have the potential to increase the stability and lifetimes of these products, which could make energy technology less expensive and more sustainable. While organic molecules won’t eliminate the need for inorganic materials, Hematian says, they could reduce demand.

“What if we discover something that could help power this campus, power this town, power this state — prevent global climate change?” said Patricia A. Sullivan Distinguished Professor of Chemistry Dr. Nicholas Oberlies. Oberlies, who is a key leader on the project at UNCG, along with Dr. Minjeong Kim in computer science.

Novel organic compounds could solve many challenging chemistry and engineering problems. Hematian and Oberlies point out that nature has been evolving complex molecules to harvest, store and transport energy for hundreds of millions of years — far longer than humans have been engineering batteries and electronics.

The research collaborative will explore how substances created in the cells of fungi could enhance batteries, photovoltaic cells and electronic circuits. The NICER initiative’s focus on batteries as an initial application aligns with a growing manufacturing presence in the state focused on batteries and electric vehicles.

Oberlies, Hematian and their colleagues view the UNC System ROI grant money as seed funding, and they anticipate applying for federal grants as their research advances.

In addition to accelerating novel research, the current grant will also create opportunities for NICER scientists to train and mentor high school, undergraduate and graduate students in their labs, further strengthening the state’s STEM education and training efforts.

NICER researcher team

Shabnam Hematian, Ph.D., Lead PI, UNCG Bernard-Glickman Dean’s Professor

Nicholas Oberlies, Ph.D., UNCG Patricia A. Sullivan Distinguished Professor of Chemistry

Minjeong Kim, Ph.D., UNCG assistant professor & associate head of computer science

Xiaochuan Lu, Ph.D., NCA&T associate professor of applied engineering

Michael Walter, Ph.D., UNCC professor of chemistry

Yong Zhang, Ph.D., UNCC Howard C. & Sara H. Bissell Distinguished Professor in Engineering

Christopher Bejger, Ph.D., UNCC associate professor of chemistry

Jillian Dempsey, Ph.D., UNC-CH Bowman & Gordon Gray Distinguished Professor of Chemistry

Cedric Pearce, Ph.D., Mycosynthetix, Inc. CEO and CSO
 

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