Advancing ccus in the michigan basin
Project Partners
Central Michigan University - Dr. Natalia Zakharova
Sallie Greenberg Consulting
Dr. Stephen Kaczmarek
Project Activities
Advancing CCUS in the Michigan Basin project aims to reduce risks by closing critical gaps in data and information, and building strong relationships with stakeholders and communities to support public acceptance of commercial deployment of CCUS
Project Objectives
The overall objective of the project is to advance the understanding of Carbon Capture, Utilization, and Storage (CCUS) technology within communities, ensure the long-term, safe, and equitable storage of CO2 within the Michigan Basin, provide information to all stakeholders, and reduce risk. The project is led by the Michigan Geological Survey (MGS) and Michigan Geological Repository for Research and Education (MGRRE). The team benefits from strategic partners consisting of subject matter experts, outreach and education specialists, and environmental justice experts. The project plans to achieve goals through compilation and analysis of existing data, collection of geomechanical and lithological data, wellbore integrity assessment, societal considerations assessments and plans (diversity, equity, inclusion, and accessibility [DEIA], Justice40 Initiative, and community and stakeholder engagement), and the integration of each component into an easy-to-use screening tool. The results of the project will provide critical data and information needed by developers, operators, researchers, regulators/decision-makers, and communities to evaluate future site(s) and/or hub(s) for CO2 storage.
Project Goals
The proposed project will support a comprehensive and integrated research program with the following features and goals:
Compiling, integrating, and analyzing existing geologic data, geochemical, geomechanical, injection data, and well records into comprehensive databases
Collecting and analyzing new data for confining systems through laboratory evaluations of mineralogy, lithology, and geomechanical properties
Detailed mapping and polygon mapping of reservoir and confining unit properties
Developing wellbore integrity risk tool and guidance
Developing community outreach and engagement strategies
Evaluating disadvantaged and environmental justice communities
Drafting and maintaining community benefits portfolio plans
Impact
The results of the project will provide the necessary data, information, and tools needed to assess sites and inform decision-making, with the goal to make all results accessible to all stakeholders and communities. This will allow the growth and advancement of CCUS in a prime region and provide methods and examples for other regions to implement
DOE Kick-off slides presented in March, 2024
This project is funded by the Department of Energy award number DE-FE0032368