Jennifer Wilcox works on ways to test and measure methods of trace metal and carbon capture, to mitigate the effects of fossil fuels on our planet.
Jennifer Wilcox is the James H. Manning Chaired Professor of Chemical Engineering at Worcester Polytechnic Institute. Having grown up in rural Maine, she has a profound respect and appreciation of nature, which permeates her work as she focuses on minimizing negative impacts of humankind on our natural environment.
Wilcox's research takes aim at the nexus of energy and the environment, developing both mitigation and adaptation strategies to minimize negative climate impacts associated with society's dependence on fossil fuels. This work carefully examines the role of carbon management and opportunities therein that could assist in preventing 2° C warming by 2100. Carbon management includes a mix of technologies spanning from the direct removal of carbon dioxide from the atmosphere to its capture from industrial, utility-scale and micro-emitter (motor vehicle) exhaust streams, followed by utilization or reliable storage of carbon dioxide on a timescale and magnitude that will have a positive impact on our current climate change crisis. Funding for her research is primarily sourced through the National Science Foundation, Department of Energy and the private sector. She has served on a number of committees including the National Academy of Sciences and the American Physical Society to assess carbon capture methods and impacts on climate. She is the author of the first textbook on carbon capture, published in March 2012.
Professional Highlights & Honors
National Public Radio’s TED Radio Hour featured a conversation with WPI’s Jennifer Wilcox, the James H. Manning Professor of Chemical Engineering and an internationally renowned expert on capturing and storing carbon dioxide, during its ‘Climate Crisis’ segment.
Reuters quoted Jennifer Wilcox, the James H. Manning Chaired Professor, in the article. She noted in the article that a Dublin-based company’s pilot program to build 1,200 carbon-cleansing metal columns within a year would be the world's largest "direct air capture" operation to date.