Energy Transition

Cement and concrete production and use are major contributors to overall emissions in sectors that are hard to decarbonize. In contrast to previous assessments that have explored strategies to reduce emissions from cement and concrete, this project’s proposed framework will include technological detail and economic feedback to all activities globally and in particular regions.

Climate change solutions that have nature at their core, such as reforestation or ecosystem restoration, are increasingly touted as a way to address the climate and biodiversity crises. However, ecological, socio-technological and financial barriers may impede the implementation and upscaling of these nature-based solutions (NBS) in ways that benefit the environment and society. This project is dedicated to identifying how these cross-sectoral challenges can be surmounted.

The MIT ASCENT 1 team will apply MIT’s Economic Projection and Policy Analysis (EPPA) Model to quantify the global availability of waste CO2 (e.g., from power generation, steel production or cement production) under different economic and policy scenarios until 2050/2070. For calculating waste CO2 availability, the team plans to leverage existing scenario setups developed at the Joint Program.

Held September 27-30 online, the MATLAB Computational Finance Conference 2021 convened industry professionals to illustrate practical applications of MATLAB and provide advice to practitioners on topics ranging from artificial intelligence to climate risk.

The preeminent conference for the advancement of Earth and space sciences, the AGU (American Geophysical Union) Fall Meeting draws more than 25,000 attendees from over 100 countries each year to share research findings and identify innovative solutions to complex problems. Organized around the theme “Science is Society,” this year’s AGU Fall Meeting will take place in New Orleans and online on December 13 - 17.

Pages

Subscribe to Energy Transition