Carbon Capture, Utilization and Storage Market to Reach USD 12.96 Billion by 2034 as Industrial Decarbonization Accelerates

Key Highlights

• The market was valued at USD 3.66 billion in 2025 and is expected to reach USD 12.96 billion by 2034, growing at 15.1% CAGR during 2026–2034.
• Capture was the dominant service segment in 2025, while Utilization is projected to be the fastest-growing service segment.
• Industrial facilities dominated by CO₂ source; Direct Air Capture is projected to grow fastest.
• Brownfield projects led in 2025, while Greenfield projects are expected to record the highest CAGR.
• North America led the market in 2025; Asia Pacific is expected to grow fastest at 17.2%.

Why This Matters Now

Carbon capture is becoming a capital-allocation decision for heavy industry. A market rising from USD 3.66 billion in 2025 to USD 12.96 billion by 2034 at a 15.1% CAGR signals that decarbonization spending is moving beyond pilots and into industrial-scale procurement.

For chemicals, cement, steel, refining and power producers, the commercial question is cost. It is which capture technology, transport route, storage network and utilization pathway can lower the delivered cost per ton of CO₂ while meeting emissions obligations.

Market Overview

Carbon capture, utilization and storage removes carbon dioxide from industrial flue gas or directly from the atmosphere, then reuses it or stores it for the long term. The market is supported by government funding, carbon pricing and difficult-to-abate industrial emissions.

Around 50 CCUS plants globally capture about 50 million tons of CO₂ per year. Another 44 plants are under construction, while more than 500 projects have been announced. That pipeline points to infrastructure build-out across capture, transport and storage.

Key Trends Driving Growth

Government funding is reducing early project risk. The U.S. Department of Energy’s Office of Fossil Energy and Carbon Management announced up to USD 96 million for point-source technologies designed to capture at least 95% of CO₂ emissions from natural-gas power plants and industrial applications. For suppliers, this creates larger reference projects.

India is making CCUS part of industrial policy. Union Budget 2026–27 allocated USD 2.38 billion over five years for commercialization across five carbon-emitting industries. India’s CCUS roadmap projects potential capture of 750 million tons of CO₂ per year by 2050 from hard-to-decarbonize industries, widening demand for capture, transport and storage services.

AI is becoming a cost-reduction lever. The report highlights molecular generative AI for identifying more efficient CO₂ separation materials and digital tools for storage monitoring. Lower energy use and better verification directly address project cost and storage risk.

Utilization is also broadening. Captured CO₂ is being directed toward fuels, chemicals, construction materials and greenhouse applications. Where end markets are viable, utilization can convert part of carbon-management cost into revenue.

Segment Insights

• Dominant Service Capture: Capture led in 2025 and is expected to retain its position because it is the first and most capital-intensive step in the CCUS chain. Post-combustion systems continue to support demand.
• Fastest-Growing Service Utilization: Utilization is projected to grow fastest as captured CO₂ gains commercial use in sustainable fuels, chemicals, artificial materials and construction materials.
• Dominant CO₂ Source Industrial Facilities: Industrial facilities led in 2025 as cement, iron and steel, chemicals, refineries and fertilizer plants face difficult-to-abate process emissions.
• Fastest-Growing CO₂ Source Direct Air Capture: DAC is projected to grow fastest, supported by technology advances, declining capture costs and rising carbon-removal commitments.
• Dominant Project Type Brownfield: Brownfield projects led because retrofits allow operators to use existing assets while reducing emissions without building entirely new facilities.
• Fastest-Growing Project Type Greenfield: Greenfield projects are expected to record the highest CAGR as hydrogen, ammonia and renewable-energy projects increasingly integrate CCUS at the design stage.

Regional Growth Story

North America dominated in 2025 and is expected to retain the largest share. The region is forecast to grow at a 10.8% CAGR, with the United States leading on established industrial-gas infrastructure, enhanced oil recovery activity and capture deployments across chemicals, hydrogen, fertilizer, natural-gas processing and power generation.

Asia Pacific was the second-largest region in 2025 and is expected to be the fastest-growing at 17.2%. China held the largest Asia Pacific share in 2025, and its carbon-neutrality target is increasing pressure for large-scale capture, transport and storage investment.

The GCC also has a storage-led advantage, with 44.01 gigatonnes of geological CO₂ storage capacity cited by the report.

Competitive Landscape

Competition spans integrated energy majors, engineering groups, industrial gas companies and specialist developers. ExxonMobil, Shell, TotalEnergies and Equinor can combine subsurface expertise with transport and storage development, strengthening their position in integrated CCUS networks.

Mitsubishi Heavy Industries, Honeywell, Fluor, Siemens, SLB, Aker Solutions, Hitachi, JGC Holdings and Linde compete through capture technologies, EPC capability, process integration and digital tools. Emerging players target advanced solvents, direct air capture, mineralization and carbon removal. Competition is shifting toward cost per ton captured, execution reliability and storage access.

Recent Developments

• 18 March 2026 SLB and Microsoft: The companies collaborated on an AI-based platform for real-time geological CO₂ storage risk assessment. The move elevates digital verification in storage contracts.
• 2 December 2025 India: The Department of Science and Technology launched its first National R&D Roadmap for CCUS, creating a clearer framework for funding and deployment.
• 2 July 2025 Carbon Clean: The company opened a Global Innovation Centre in Navi Mumbai, strengthening solvent development and industrial capture testing.
• 22 May 2025 Mitsubishi Heavy Industries: MHI began operating a CO₂ capture pilot at the Himeji No. 2 power plant, advancing capture technology for gas-fired generation.
• 15 April 2025 Climeworks: The company broke ground on the Mammoth DAC plant in Iceland, designed to capture 36,000 tons of CO₂ annually. Scale is central to reducing DAC costs.

Strategic Implications

Capital intensity remains the main restraint. CO₂ transport requires compression, pipelines, ships or other infrastructure, while capture itself increases energy demand. The report states that capital cost per net megawatt for electricity with CO₂ capture is on average 14% higher than for bituminous coal plants. Suppliers that cut energy use or simplify retrofits can improve project economics.

Carbon pricing changes the equation. Captured CO₂ can be more expensive than conventional production in some applications, but higher carbon prices improve the relative economics of CCU. Saleable CO₂-derived products can strengthen financing options.

Future Outlook

The next phase of CCUS will be shaped by integrated infrastructure rather than isolated capture assets. Buyers will increasingly favor systems that reduce energy use, fit brownfield plants, verify storage integrity and connect emitters to commercially viable utilization or storage networks.

The winners will be companies that lower the full delivered cost of captured carbon while securing durable access to transport, storage and industrial customers.

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