Using polymeric membranes to clean up industrial separations
Department of Chemical Engineering Professor Zachary Smith is working on new polymeric membranes that can greatly reduce energy use in chemical separations.
Department of Chemical Engineering Professor Zachary Smith is working on new polymeric membranes that can greatly reduce energy use in chemical separations.
MIT Energy Initiative Director of Research Francis O’Sullivan reflects on current trends in the utility industry, as well as potential solutions to current challenges.
Combining climate policy and vehicle emissions standards could pack a one-two punch.
Carbon dioxide isn’t the only one that matters, and the gases vary widely in potency and duration.
Paul Kishimoto, a PhD student in IDSS, probes the future of transportation in China.
How an enhanced cap-and-trade system can help the world’s top carbon emitter cut emissions and improve air quality.
Richard Alley delivers 2016 Carlson Lecture on the physics of glaciers and how ice sheets capture a history of the world’s climate.
Emissions trading would be more effective than mileage standards, new study shows.
Linking emissions trading systems in developed and developing countries could yield environmental, economic benefits.
Researchers are analyzing coal and energy caps as carbon policy instruments for China.
Study looks at why some states could be impacted more than others if a price is put on carbon.
Research conducted by Kumar, along with a team led by Professor Greg Stephanopoulos, looks to the future of emissions reduction and recycling.
MIT study projects end-of-century climate under different scenarios.
Top U.N. climate advisor highlights successes in Paris, challenges ahead.