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MIT Energy Initiative funds six early-stage energy research projects

MITEI’s Future Energy Systems Center starts six new research projects to enable a decarbonized future

Collaborating to advance energy research and technologies

Decarbonizing industry at scale

Discovery improves biofuel production and bioreactor use for CO2 capture

Just released: “Carbon Removal,” by Howard J. Herzog and Niall Mac Dowell

MITEI’s Future Energy Systems Center funds ten new research projects to advance the energy transition

Remote sensing of land use and soil organic carbon for marginal lands assessment in Italy

Scalable uncertainty quantification of dynamic subsurface fields using time-lapse data

Solar-to-liquid fuel efficiency of photoelectrochemical and photochemical CO2 reduction higher than 2%

Scientific monitoring and modeling of mCDR operations

Carbon dioxide removal (CDR) supply curve project

Functional polymers with intrinsic free volume for scalable carbon-capture membranes

MITEI Geologic Hydrogen Consortium

Operational methane emission detection and quantification in oil and gas facilities through integrating multiple sources of data via scientific machine learning and physics-based techniques

Impact of biofilm on deposition in mangrove forests

[MITEI Seed] Computational optimization of metal-organic frameworks (MOF) for CO2 direct air capture and conversion with active learning

Characterizing the trade-off between CO2 capture rate and energy efficiency in amine-based carbon capture under variable feed conditions

End use of agricultural waste: fuel or carbon storage?

Can Strategically Designed Industrial Carbon Hubs Enable Widespread CCUS Adoption?