Research at the Global CO2 Initiative supports the development of captured carbon product technologies — both technological and biological — from early stage R&D through the stages of demonstration and early commercial deployment.

The Global CO2 Initiative is cultivating existing and potential industry and research partners to further collaborate and expand R&D and deployment opportunities for carbon dioxide removal and utilization technologies.

Innovative Solutions

bendable concrete with University of Michigan logo.The cement industry contributes 5–8% of global CO2 emissions. This CO2 can also be repurposed and utilized in curing the cement to manufacture concrete and other construction materials with desirable mechanical properties.

CO2 sequestration in cement offers a pathway for reducing net CO2 footprint and approaching a closed loop of carbon flow for a sustainable construction industry. Read more about Bendable Concrete.

Toolkit & Roadmap

The Techno-Economic Analysis and Life Cycle Analysis Toolkit (TEA/LCA) is a critical toolkit for the nascent CO2 removal and utilization management industry to accurately assess the economics and CO2 removal potential of a product.

The Global Roadmap for Implementing CO2 utilization presents a roadmap for the commercialization potential of carbon dioxide utilization through 2030.

The Company and Deal Index was created by CO2 Value Europe, the Circular Carbon Network, the Global CO2 Initiative, XPrize, Carbon180, and the New York Community Trust to help the market understand the emerging solution landscape and facilitate collaboration.

Research Projects

Discover the innovations we are working on. Learn about our research projects.

Published Papers

Our published papers are open to the public, available via the University of Michigan Library Deep Blue repository, in PDF format. View our list of published papers.

Dr. Jesse CapecelatroDr. Jesse Capecelatro is an Assistant Professor in the Department of Mechanical Engineering at the University of Michigan.

His research group develops numerical methods and data-driven approaches for the prediction and optimization of “messy turbulent flows” relevant to energy and the environment (often multiphase and reacting). Learn about Dr. Jesse Capecelatro.

International Research Collaborators

CO2 Value Europe
IASS Potsdam
RWTH Aaachen University
Technische Universitat Berlin
The University of Sheffield