The immediacy of climate change, the level of destruction it causes, and the scale of our energy needs require us to move beyond reliance on today’s technologies to seek far bolder, more radical solutions. In this context, fuel and combustion products are not just the source of damaging greenhouse gasses, but instead can become a chemical platform to capture carbon and repurpose it to create new materials for building, agriculture, and transportation.
Stewardship in Fuel Technologies
October 3, 2021All full-time tenured or tenure track faculty members at any Maryland state academic institution are eligible to apply to the Maryland...
September 26, 2021ROSEI provides seed funding throughs a partnership with the Provost’s office of research.
September 26, 2021ROSEI announces 5 key research initiatives, see here for full details.
ROSEI Stewardship in Fuel Technologies
|Chao Wang||Leadership Council, Associate Professor, Department of Chemical and Biomolecular Engineering||Chemical and Biomolecular Engineering|
|Fadil Santosa||Professor and Head||Applied Mathematics and Statistics|
|Feng Zhu||Associate Research Professor||Mechanical Engineering|
|Jonah Erlebacher||Leadership Council, Professor, Department of Materials Science and Engineering||Materials Science and Engineering|
|Michael Betenbaugh||Professor||Chemical and Biomolecular Engineering|
|Michael Shields||Associate Professor||Civil and Systems Engineering|
|Michael Tsapatsis||Bloomberg Distinguished Professor||Chemical and Biomolecular Engineering|
|Mingwei Chen||Professor||Materials Science and Engineering|
|Rui Ni||Assistant Professor||Mechanical Engineering|
|Sara Thoi||Leadership Council, Assistant Professor, Department of Chemistry||Chemistry|
|Shoji Hall||Assistant Professor||Materials Science and Engineering|