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OceansTransportationClear All
PostJanuary 13, 2026

Understanding ammonia energy’s tradeoffs around the world

MIT News
“Before this, there was no harmonized datasets quantifying the impacts of this transition,” says lead author Woojae Shin. “It’s filling a major knowledge gap.”
PostDecember 22, 2025

Study: More eyes on the skies will help planes reduce climate-warming contr...

MIT News
“With more ‘eyes’ on the sky, we could start to see what a contrail’s life looks like,” says Prakash Prashanth.
PostDecember 8, 2025

Where the Ocean and Atmosphere Communicate

MIT Spectrum
Global map showing kilometer-scale ocean turbulence that mix water masses and transport heat, energy, and nutrients.
PostNovember 25, 2025

Unlocking ammonia as a fuel source for heavy industry

MIT News
Because of the power density advantages of ammonia over renewables and batteries, Amogy is targeting power-hungry industries like maritime shipping, power generation, construction, and mining.
PostNovember 12, 2025

MIT senior turns waste from the fishing industry into biodegradable plastic...

MIT News
A person holds a translucent rectangle of material with scale-like shapes on it.
PostNovember 11, 2025

12.307 Weather and Climate Laboratory

MIT OCW
Diagram of a cylinder on a table connected through a hose, labeled "drain," to another cylinder below the table
PostOctober 29, 2025

Burning things to make things

MIT Department of Mechanical Engineering
Associate Professor Sili Deng
PostOctober 20, 2025

MIT Maritime Consortium releases “Nuclear Ship Safety Handbook”

MIT Department of Mechanical Engineering
"The Nuclear Ship Safety Handbook" co-authors (left to right) Anthony Valiaveedu, Nat Edmonds, and Jose Izurieta pose in MIT's Hart Naval Gallery.
PostOctober 17, 2025

School of Engineering welcomes new faculty in 2024-25

MIT News
Top row, left to right: Masha Folk, Sophia Henneberg, Omar Khattab, and Tania Lopez Silva. Bottom row, left to right: Ethan Peterson, Daniel Varon, Dean Price, and Raphael Zufferey.
PostOctober 8, 2025

How to reduce greenhouse gas emissions from ammonia production

MIT Energy Initiative
MIT researchers have proposed an approach for combined blue-green ammonia production that minimizes waste products and, when combined with some other simple upgrades, could reduce the greenhouse emissions from ammonia production by as much as 63 percent, compared to the leading “low-emissions” approach being used today.

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