Managing Carbon Emissions

Data Centers and Hyperscalers

Coal-assisted CCS enables reliable, dispatchable power for data centers and hyperscalers, while reducing emissions and strengthening project defensibility.

CGC helps utilities and power developers meet rapidly growing data center load without shifting grid upgrade costs onto local ratepayers. By supporting reliable baseload power with carbon management, CGC helps utilities defend large-load interconnections and address one of the largest objections to data center expansion: grid strain and rising electricity prices.

As AI usage and data centers continue to expand, their energy consumption will surge significantly. Estimates suggest that data centers could account for up to 21% of global energy demand by 2030, driven largely by AI-related workloads. This escalating energy requirement underscores the urgent need for effective carbon management solutions to mitigate associated emissions. Estimates show that decarbonizing the power demand from data centers could account for up to 20% of the total addressable market for CCS in 2050.

CGC’s coal-assisted CCS approach is structurally different from conventional CCS and is 70% cheaper end-to-end, improving project economics and scalability. Additionally, renewable-only pathways can add schedule risk because intermittency often requires additional system buildout and permitting. CGC helps deliver dispatchable, low-carbon baseload power with faster deployment timelines and less system friction.

Contact us to learn more about how CGC can help hyperscalers scale with reliable power, improved grid stability, and a more defensible pathway for permitting and community engagement.

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Cement    |   Oil and Gas    |   Steel    |   Hydrogen    |   DATA CENTERs and AI    |   Chemical    |   PULP AND PAPER   |   Responsible Natural Gas