Presenting at CCUS Latin America 2025

Our team recently shared a new modeling approach at CCUS Latin America 2025 that integrates hydrogen and COβ‚‚ infrastructure planning. The poster, led by Juan Carlos Duque, Qasim Mehdi, and partners at GTI Energy, focuses on Appalachiaβ€”using a mixed-integer linear programming model to optimize where hydrogen is produced and stored, where COβ‚‚ is captured, and […]

Presenting at CCUS Latin America 2025

At CCUS Latin America 2025, Erin Middleton shared Carbon Solutions’ work on planning and modeling regional carbon hubs in the U.S.β€”with Wyoming as a key example. Her presentation covered our work on the Wyoming Trails Carbon Hub (WyoTCH) and Carbon Blueprint projects, showing how emissions data, regulatory timelines, land ownership, and subsurface storage all come […]

Presenting at CCUS Latin America 2025

At CCUS Latin America 2025, our CEO Richard Middleton walked through the advanced modeling tools that Carbon Solutions uses to help answer this question. His presentation covered how SimCCS PRO, CostMAP PRO, COβ‚‚NCORD, and SCOβ‚‚T PRO work together to guide infrastructure decisions from start to finishβ€”whether you’re planning COβ‚‚ pipelines across Wyoming or mapping capture-to-storage […]

Webinar: Finding New Opportunities for Carbon Capture with π˜Šπ˜–β‚‚π˜•π˜Šπ˜–π˜™π˜‹

The primary objective of the Uinta Basin CarbonSAFE phase II project is to establish the technical and economic feasibility of a commercial-scale CO2 geological storage complex in the northeast Uinta Basin, Utah, to sequester at least 50 million metric tons of captured CO2 securely and economically from the Deseret Power Electric Cooperative Bonanza Power Plant and other sources in 30 years.

MRCI: Midwest Regional Carbon Initiative

The Midwest Regional Carbon Initiative (MRCI) is a broad coalition of partners dedicated to accelerating the deployment of CCS technologies in the Midwest and Northeastern United States.

Design Development and System Integration Design Study for an Advanced Pressurized Fluidized Bed Combustion Power Plant

CONSOL Energy is designing an advanced carbon-negative power plant that runs on waste coal and biomass, with the potential to be demonstrated in the next 5–10 years and achieve market penetration by 2030. CONSOL previously completed a conceptual design and pre-FEED study for a ~300 MWnet advanced power plant using pressurized fluidized bed combustion (PFBC) technology. This project will advance the end-to-end development of the advanced PFBC technology, including plant design, host site development, environmental considerations, CO2 disposition strategy, energy equity, techno-economic analysis, and lifecycle assesment. The project will provide a roadmap for decision-makers, investors, engineers, construction contractors, and other stakeholders to build this first-of-a-kind powerplant.