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Students gather around a display of a coral reef at an MIT event

Climate News at MIT

The latest climate change research and action happening in and around MIT.

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PostSeptember 28, 2021

Making roadway spending more sustainable

MIT Concrete Sustainability Hub

Researchers at the MIT Concrete Sustainability Hub have found that several strategies can cut pavement emissions by 20 percent.

PostSeptember 28, 2021

Pulling methane out of the atmosphere could slow global warming—if we can...

MIT Technology Review

PostSeptember 22, 2021

A new method for removing lead from drinking water

Engineers have designed a relatively low-cost, energy-efficient approach to treating water contaminated with heavy metals.

PostSeptember 21, 2021

Predicting building emissions across the US

MIT Concrete Sustainability Hub

Each region of the United States has unique characteristics that will cause building emissions to vary widely across the entire nation. An MIT team sought to understand — and respond to — these regional variations.

Educator GuideSeptember 21, 2021

Carbon Capture and Climate Change Educator Guide

TILclimate Podcast

TILclimate carbon capture guide for educators

PostSeptember 15, 2021

3 Questions: Daniel Cohn on the benefits of high-efficiency, flexible fuel ...

Plasma Science and Fusion Center

PostSeptember 10, 2021

Intermittent versus Dispatchable Power Sources

MIT Center for Energy and Environmental Policy Research

PostSeptember 8, 2021

MIT-designed project achieves major advance toward fusion energy

Plasma Science and Fusion Center

PostSeptember 7, 2021

Making catalytic surfaces more active to help decarbonize fuels and chemica...

This diagram illustrates the new process for enhancing reaction rates in an electrocatalytic process. The catalyst layer, made of gold or platinum, is shown as gray spheres at the bottom, and the material to be catalyzed is shown as the rad spheres at the top. Adding a layer of ionic liquid in between, shown as the hexagonal lattices, can increase reaction rates by fivefold. At left, a detail of how oxygen (red) and hydrogen (green) can combine to form water at an enhanced rate through this process.

PostSeptember 2, 2021

J-WAFS announces 2021 Solutions Grants for commercializing water and food t...

MIT faculty who received 2021 J-WAFS Solutions grants include (top row, left to right) Daniel Frey, Leon Glicksman, Eric Verploegen; (bottom row, left to right) Greg Stephanopoulos, Anthony J. Sinskey, and Jongyoon Han.

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