List Your Equipment For Free  /  Seller Login

Heidelberg Materials Finalizes Award Contract With U.S. DOE for Mitchell, Indiana, Cement Plant Industrial Demonstrations Program Funding

Heidelberg Materials North America received $300,000 from the U.S. DOE for the Mitchell Cement Plant Decarbonization Project. This funding will support efforts to establish carbon capture, transport, and storage at the new Indiana plant to reduce emissions. The project, part of a larger initiative to move towards net-zero energy consumption, is a significant step for the cement industry in the U.S. and beyond.

Thu August 15, 2024 - Midwest Edition #18
Heidelberg Materials North America


Heidelberg Materials cement plant in Mitchell, Ind.
Photo courtesy of Heidelberg Materials North America
Heidelberg Materials cement plant in Mitchell, Ind.

Heidelberg Materials North America announced it has finalized award negotiations with the U.S. Department of Energy's (DOE) Office of Clean Energy Demonstrations (OCED).

Following negotiations, OCED awarded the Mitchell Cement Plant Decarbonization Project as part of its Industrial Demonstrations Program (IDP) with $300,000 to begin Phase 1 of the project. The total OCED cost share is up to $500 million, and the initiation of Phase 1 is the first step of a multi-phased integrated project demonstration that is intended to ultimately result in the construction and operation of full-scale carbon capture, transport and storage at the company's new cement plant in Mitchell, Ind.

The funding builds on prior awards from the DOE toward successfully completing the Front-End Engineering and Design (FEED) work necessary to verify the project's technical feasibility.

Participating in substantial cost share that will leverage up to $500 million in DOE project funding, Heidelberg Materials' award is part of OCED's Industrial Demonstrations Program providing up to $6 billion in funding to demonstrate commercial-scale decarbonization solutions needed to move energy-intensive industries toward net-zero across the United States.

The Mitchell project is one of 33 projects selected across 20 states earlier this spring.

The new Mitchell cement plant, which now produces more than triple its previous capacity, incorporates features to minimize energy consumption and enable the use of alternative fuels and raw materials to reduce greenhouse gas emissions. The proposed project for this funding award will capture, treat and prepare for storage or use, approximately 2 million metric tons of CO2 each year from the cement plant.

"This critical milestone of bringing our project under award with the U.S. Department of Energy is a significant step in building the first full-scale application of carbon capture and storage for the cement industry in the U.S.," said Chris Ward, president and CEO of Heidelberg Materials North America.

"We are making a substantial investment to lean in and lead on the deployment of full-scale CCUS in our industry, and the success of this project will play a meaningful role toward decarbonization of the cement sector across the U.S. and beyond," continued Ward.

Heidelberg Materials is committed to leading the cement industry in developing viable carbon capture projects, which are essential to achieving the company's ambitious sustainability goals.

For more information, visit www.heidelbergmaterials.us.




Today's top stories

Iconic Hotel Being Demolished to Make Way for Baseball Stadium

MD 4 Project to Add Diamond Interchange

Volvo Construction Equipment Showcases New Products at North American Volvo Days

VIDEO: Anniversary of Highway Workers' Memorial Renews Calls for Work Zone Safety

Yanmar Compact Equipment Introduces New Line of Branded Attachments for Compact Track Loaders

Caterpillar Introduces Dynamic Energy Transfer Solution for Battery, Diesel-Electric Mining Equipment

Five Finalists Compete for Grand Prize Makeover in Bobcat Park and Rec Makeover Contest

VIDEO: Students From Washington, Ohio Earn Top Honors in Annual ARTBA Transportation Video Contest


 







39.96250 \\ -83.00610 \\ Columbus \\ PA