A better way to separate gases
A new membrane material could make purification of gases significantly more efficient, potentially helping to reduce carbon emissions.
A new membrane material could make purification of gases significantly more efficient, potentially helping to reduce carbon emissions.
Combining her drive for sustainability, innovation, and diversity, Janelle Heslop MBA ’19, SM ’19 leads a $1B project to drive impact in operations.
Zoe Fisher's undergraduate research journey leads to a role working on the SPARC tokamak.
Alum seeks reliable and environmentally sensitive water and sanitation solutions for the developing world.
A new way to make carbon fiber could turn refinery byproducts into high-value, ultralight structural materials for cars, aircraft, and spacecraft.
When it comes to carbon storage, some MIT scientists think the best solution is to find the fastest way to turn carbon into rock.
Faculty leaders describe their efforts to develop potentially game-changing tools.
A new cleaning method could remove dust on solar installations in water-limited regions, improving overall efficiency.
MIT chemical engineers create affordable, sustainable soap-based system to eliminate emerging micropollutants in water.
A new approach enables architects to use discarded tree forks as load-bearing joints in their structures.
New effort empowers MIT researchers to shape real estate’s future and build responsibly and sustainably.
The computer-vision technique behind these maps could help avoid contrail production, reducing aviation’s climate impact.
Faculty leaders discuss the opportunities and obstacles in developing, scaling, and implementing their work rapidly.
During a tour of MIT.nano, the commerce secretary argued for boosting domestic semiconductor research and manufacturing, to fight inflation and improve national security.
Growing demand for an energy transition could move the needle, but not far enough.