To overcome the challenges to our current climate brought on by the extended use of fossil fuels, we require a number of new and innovative technological solutions that will allow our current society to function on fossil-free energy sources. In essence, the plastics, transportation fuels and chemicals that make our world and our economy function, need to be made more sustainable and circular.
The Burdyny Energy Lab in the MECS Group at TU Delft is focused on researching technologies that are capable of replacing current fossil fuel manufacturing routes with processes that use renewable electricity as an input. These technologies use electricity to form chemical bonds (also known as electrocatalysis). At present, our primary research focus is on carbon-dioxide (CO2) electrolysis, which can convert CO2 into base chemicals such as CO and ethylene. We take a more engineering approach to the research problem and are focusing on a) scaling-up CO2 electrolyzers in the lab, b) understanding transport related phenomena occurring inside a CO2 electrolyzer, and c) assessing the potential impact and operation of H2O and CO2 electrolyzers on our global energy infrastructure.
As the challenges we face cross multiple physical scales and disciplines, we are highly motivated to work with researchers and companies from the entire value chain.
The Burdyny Energy Lab in the MECS Group at TU Delft is focused on researching technologies that are capable of replacing current fossil fuel manufacturing routes with processes that use renewable electricity as an input. These technologies use electricity to form chemical bonds (also known as electrocatalysis). At present, our primary research focus is on carbon-dioxide (CO2) electrolysis, which can convert CO2 into base chemicals such as CO and ethylene. We take a more engineering approach to the research problem and are focusing on a) scaling-up CO2 electrolyzers in the lab, b) understanding transport related phenomena occurring inside a CO2 electrolyzer, and c) assessing the potential impact and operation of H2O and CO2 electrolyzers on our global energy infrastructure.
As the challenges we face cross multiple physical scales and disciplines, we are highly motivated to work with researchers and companies from the entire value chain.
RECENT PUBLICATIONS AND EVENTS |
NEWS & OUTREACHThere is now a group-run Instagram!
Over the last several months we've welcomed new people to the group! Welcome to PhD's Siddhartha (January) and Hugo (March), as well as the new postdoc Erdem (August). Great time presenting impromptu at the digital NanoGe conference in June 2020. Thanks Marta and Ward for the invite! The TU Delft e-Refinery and NREL got together in Colorado to discuss electrochemical fuel production in February 2020 In early January Tom presented his vision for the role of electrochemical technologies in future energy infrastructure to the University of Stuttgart. |
VACANCIES
The next step in your career and life awaits! Look at our available PhD and postdoc opportunities.