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Climate News at MIT

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In the MediaMay 7, 2022

The Hill

In an article for The Hill, Prof. Emeritus Henry Jacoby writes that “government agencies, even as they act to protect U.S. interests, need to try to maintain conditions favorable for international...
PodcastMay 5, 2022

Season 4 Preview

TILclimate Podcast
PostMay 3, 2022

Absent legislative victory, the president can still meet US climate goals

MIT Center for Sustainability Science and Strategy
A new study finds a Clean Air Act provision could enable the U.S. to accelerate the transition away from fossil fuels and toward low- and zero-carbon energy sources.
PostMay 2, 2022

Technology Neutral vs. Technology Specific Procurement

MIT Center for Energy and Environmental Policy Research
PostApril 29, 2022

Material designed to improve power plant efficiency wins 2022 Water Innovat...

MIT News
The winner of this year’s MIT Water Innovation Prize, Mesophase, has developed a surface coating designed to improve the efficiency of condensers used in power plants around the world. “When compared to what’s on the market, we believe you’ll see a record performance in terms of both heat transfer and lifetime,” says Yajing Zhao SM’18.
PostApril 28, 2022

How can we reduce the carbon footprint of global computing?

MIT Climate & Sustainability Consortium
Information and communications technology already account for more than 2 percent of global energy demand, which is on a par with the aviation industries emissions from fuel.
PostApril 27, 2022

Machine learning, harnessed to extreme computing, aids fusion energy develo...

Plasma Science and Fusion Center
Simulations of plasma turbulence at different locations inside the SPARC tokamak, currently under design. The color bar indicates the predicted temperature of the plasma.
PodcastApril 27, 2022

E1&2: TIL about the changing ocean

TILclimate Podcast
In the MediaApril 27, 2022

Reuters

Prof. Yet-Ming Chiang ’85, Prof. Craig Carter and Throop Wilder co-founded MIT spinout 24M, which “will manufacture next-generation lithium-ion batteries using its cell technology,” reports Reuters .
PostApril 26, 2022

Using excess heat to improve electrolyzers and fuel cells

MIT Department of Nuclear Science and Engineering
Clean electricity and stored heat from nuclear power and intermittent electricity from wind and solar can be efficiently converted to green hydrogen, fuels, and chemicals using protonic ceramic electrolyzers with exceptional performance and stability.

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