Mitigating the harmful effects of climate change through research in carbon management. 

280 MW

That's how much power you need to support a direct air capture plant at the megatonne (million tonne) scale. We map opportunities to link these energy intensive approaches with low-carbon energy.

Learn about the problem of scale

Learn &

Explore

Our open source CDR primer represents nearly 40 subject matter experts and addresses the fundamentals of carbon dioxide removal and its role in addressing the climate crisis.

Learn about CDR in our open source primer.

Listen to the authors speak on its origins and impacts in this Kleinman Center Podcast.

What makes serpentine chrysotile asbestos feedstocks a great option for storing carbon for the long term? Find out more in our 2-page explainer on mineral carbonation. Learn about CCS in Jen's textbook

Learn more

Natural Drawdown

Around 90% of the voluntary carbon offset market is tied to improved forest management.

Learn more about the principles of high quality CDR

Engineered Drawdown

While expensive and immature, engineered CDR like DAC can potentially provide more secure CO₂ storage

Learn more about DAC

Featured Video

In the Fall of 2020, CECL moved to our new home in Penn Engineering and the Kleinman Center for Energy Policy. Watch as our team talks through the problem of carbon management, discusses Jennifer's interim role with the Department of Energy, and speaks on our experience here at Penn.

Watch more videos on our Youtube channel

Featured

News

Jen is appointed Principal Deputy Assistant Secretary of Fossil Energy and Carbon Management

Our own Jennifer Wilcox was appointed Principal Deputy Assistant Secretary of Fossil Energy and Carbon Management in January 2021. In recognition of her endless contributions to climate change research, the Biden Administration has placed Jen near the top of the DOE food chain, leading monumental efforts and managing large budgets to aid in our transition to a less carbon intensive future. Congratulations Jen!

Katherine Gomes has been accepted as a member of Women in Climate Tech

Women in Climate Tech is an organization aimed to empower and amplify the voices of women, in climate tech; working to solve the biggest challenge of our time. Congratulations Katherine!

Noah's Heirloom process makes List of DAC Companies to watch in 2022

A recent post by "Carbon Curve" pegs Noah's Heirloom process one of 8 DAC companies to watch in 2022. We couldn't agree more!

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Team member spotlight

Lab Manager
Research Focus:

Dan brings his background in Geochemistry to several projects in the group, especially those pertaining to carbon mineralization and carbonation kinetics of Mg/Ca oxide materials at near-ambient conditions and their application to direct air capture.

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PhD Candidate
Research Focus:

Max Pisciotta is a 2nd-year Ph.D. student in Chemical Engineering at the University of Pennsylvania and holds a B.S. and M.S. in Mechanical Engineering from the Colorado School of Mines. Max’s research focuses on point-source carbon capture and direct air carbon capture.

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Research Associate
Research Focus:

Hélène looks at carbon management with a spatial perspective to find local synergies and optimize carbon management strategies, while recognizing the importance for environment conservation and social justice.

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PhD Candidate
Research Focus:

Katherine brings a background in chemical engineering and professional writing with years of experimental research. Her focus is carbon mineralization of mine tailings to permanently store carbon dioxide.

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Research Assistant Professor
Research Focus:

My research involves techno-economic assessment and lifecycle analysis of technologies spanning both carbon capture, utilization and storage (CCUS) and enigeered carbon dioxide removal (CDR). These analyses inform strategic regional pathways for responsible deployment of carbon management systems.

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James H. Manning Chaired Professor
Research Focus:

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.

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