CCUS market seen reaching $10.3 billion by 2032

Allied Market Research says the global carbon capture, utilization and storage market was worth about $3 billion in 2022 and could grow to $10.3 billion by 2032. The report points to stronger policy support, more industrial deployment and rising investment in capture, transport, utilization and storage infrastructure.

Why it matters: - CCUS is becoming a core decarbonization tool for industries that cannot easily eliminate emissions with renewables alone. - The market could expand from about $3 billion in 2022 to $10.3 billion by 2032, reflecting a 13.3% compound annual growth rate. - Growth in CCUS could help heavy emitters meet climate targets while preserving industrial output.

What happened: - Allied Market Research released a market outlook on the Carbon Capture, Utilization, and Storage market on June 10, 2026. - The report says governments, industrial operators and energy companies are increasing investments in carbon capture infrastructure, utilization technologies and storage projects. - The report identifies CCUS as an emerging segment of the global clean energy and climate technology ecosystem. - The report includes a downloadable brochure and a paid report option.

The details: - CCUS technologies capture carbon dioxide from industrial facilities and power plants before emissions reach the atmosphere. - Captured carbon dioxide can be used in industrial applications or stored in geological formations. - The strongest demand is coming from oil and gas, power generation, cement, steel, chemicals and manufacturing. - The capture segment holds the largest share of the market by service. - Post-combustion capture remains the leading technology because it can be added to existing facilities with less operational disruption. - Pre-combustion and oxy-fuel systems are also attracting investment for specialized uses. - Oil and gas remains the dominant application because captured carbon dioxide is widely used in enhanced oil recovery. - The report says new solvents, membrane systems and direct air capture technologies are improving efficiency and lowering costs. - The report also points to growing interest in integrated systems that combine capture, transportation, utilization and storage.

Between the lines: - The market is shifting from a niche environmental tool to a strategic industrial decarbonization platform. - High capital costs, complex infrastructure and long-term storage monitoring remain major barriers. - Government incentives, tax credits, carbon pricing and public funding are helping reduce project risk and pull in private capital. - Utilization pathways such as synthetic fuels, chemical manufacturing, construction materials and food processing are improving project economics, not just emissions performance. - Maintenance, remote diagnostics and AI-powered predictive maintenance are becoming more important as installed CCUS assets grow.

What’s next: - North America is expected to remain a leading market because of regulatory support, commercial deployment experience and large geological storage capacity. - The United States is a major hub, supported by tax incentives, pipeline networks, oil and gas infrastructure and industrial emissions sources. - Canada, especially Alberta, is expanding carbon capture projects and storage networks. - Europe is scaling CCUS through climate policy, carbon pricing and industrial cluster funding, with the UK backing large projects through dedicated programs. - India is exploring CCUS for cement, steel, refining and power generation growth. - China and the wider Asia-Pacific region are emerging as fast-growing markets as industrialization and climate commitments accelerate demand. - The report expects continued investment in capture hubs, storage infrastructure and carbon management services over the next decade.

The bottom line: - CCUS is moving into mainstream climate infrastructure, with the strongest momentum in heavy industry, supportive policy regimes and technologies that can improve economics as well as emissions cuts.