Michael Timko

Professor
EDUCATION
BS Chemical Engineering Ohio State University Honors and Distinction 1998
MS Chemical Engineering Practice Massachusetts Institute of Technology (MIT) 2001
PhD Chemical Engineering Massachusetts Institute of Technology (MIT) 2004
Postdoc Harvard University 2004-2006
Expert Bio

Professor Timko studies the environmental and engineering aspects of clean energy technologies, with a specific emphasis on liquid transportation fuels. His work involves studying the fundamental chemical engineering science – including transport, phase behavior, and reactor design – to develop new technologies for converting under-utilized energy resources into fuels and chemicals. 

His research includes the development of a chemical process for wastewater treatment that can remove harmful PFAS chemicals from sewage sludge in the waste stream and potentially reduce the amount of energy wastewater treatment facilities use to dispose of sludge.

His work on a project exploring the feasibility of turning plastic waste from waterways into fuel to power the waste cleanup was profiled by WGBH and NBC Boston. He also is involved in analysis of technology to increase polystyrene recycling.

Environmental Science & Engineering Magazine
Worcester researchers enhance hydrothermal liquefaction to remove PFAS from wastewater

Chemical engineering professor Michael Timko leads a team that has developed a novel process to remove harmful PFAS chemicals from sewage sludge during wastewater treatment. The process offers an additional benefit: it could also generate renewable fuel. Researchers hope the process will help address the PFAS problem and allow wastewater treatment facilities to reduce their use of energy and chemical additives for sludge disposal, 

Additional Publications: Smart Water Magazine | Treatment Plant Operator
Ashland Source
A stroll through the garden: World Bamboo Day

This article highlighting the potential uses of bamboo in fighting climate change features ongoing studies by an interdisciplinary group of WPI researchers who have shown that bamboo can be converted into ethanol fuel, providing the potential for fossil fuel reduction through a ball milling process that does not generate any new chemical wastes.

 

 

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