Global carbon capture and storage market expected to surge as policy and technology align

Industry stakeholders are repositioning carbon capture and storage (CCS) from a niche mitigation technology to a central element of industrial decarbonisation plans as regulatory pressure, corporate net-zero commitments and targeted public funding converge to make deployment more commercially plausible.

According to a market study published by Fact.MR and circulated via OpenPR, the global CCS sector is anticipated to expand markedly over the coming decade, with the research house projecting strong revenue growth driven by policy incentives and corporate demand. The report highlights post-combustion capture as the dominant capture technology by market share and identifies North America, Europe and the Asia-Pacific as the principal growth geographies. The authors point to tax incentives, direct subsidies and carbon pricing frameworks as primary mechanisms improving project economics and drawing private capital.

Industry-wide forecasts, however, differ on scale and tempo. Grand View Research projects the market will reach about USD 5.6 billion by 2030, growing at roughly 7.4% annually from 2025 to 2030, while Global Market Insights estimated the market would exceed USD 6 billion by 2026 with a mid-single-digit CAGR. By contrast, Fortune Business Insights offers a much steeper trajectory, placing the market near USD 20 billion by 2034 and indicating a rapid expansion driven by North American activity. IDTechEx frames future growth in volumetric terms, forecasting CCUS capacity approaching 0.7 gigatonnes per year by 2036, reflecting a technology- and deployment-driven scale-up. These divergent outlooks underscore uncertainty around policy continuity, capital costs and the pace at which large industrial emitters adopt CCS. Presenting multiple independent estimates helps firms and investors judge scenario risk rather than relying on any single projection.

The rationale for CCS remains strongest in carbon-intensive sectors where process emissions cannot be eliminated solely through electrification or fuel switching. Cement, steel and certain chemical processes are cited repeatedly across the reports as key end‑markets where capture provides the most practicable route to deep emissions cuts. In addition, CCS is positioned as a transitional tool for power generation assets that will continue to operate while grids decarbonise, enabling legacy infrastructure to lower its CO2 intensity without immediate retirement.

Beyond capture, market development depends on the build-out of CO2 transport and storage systems. The Fact.MR material and accompanying analyses describe an integrated value chain spanning pipelines, shipping and storage in saline aquifers or depleted hydrocarbon reservoirs, with enhanced oil recovery (EOR) remaining an economically attractive but sometimes controversial utilisation route. Several summaries note burgeoning interest in CO2 conversion pathways, such as incorporation into construction materials, chemicals or synthetic fuels, which can create revenue streams that improve project returns and broaden commercial use cases.

Regional dynamics vary. North America is frequently singled out as the current leader, underpinned by generous fiscal measures that improve investors’ return profiles and by operational large-scale projects. Europe is advancing CCS as part of coordinated industrial decarbonisation plans, with cross‑border infrastructure initiatives and cluster-based approaches gaining momentum, particularly in heavy industry zones. The Asia‑Pacific region is rapidly emerging as a critical frontier as China, Japan and South Korea explore domestic deployment and participation in international carbon markets to reconcile industrial growth with climate targets.

Nevertheless, deployment faces material obstacles. High capital intensity, uncertain long-term liability arrangements for stored CO2, permitting complexity and public acceptance of transport and subterranean storage are repeatedly cited as impediments. Industry and research groups are responding with innovation programmes aimed at reducing capture costs, increasing process efficiency and strengthening digital monitoring and verification of storage integrity. The BECCS subsegment illustrates the potential for negative-emissions applications, with one market note valuing BECCS at modest levels today but projecting steady growth as policy rewards negative emissions.

For decision‑makers in industrial decarbonisation, the strategic implications are clear. Corporations with hard‑to‑abate footprints should prioritise early engagement in CCS cluster planning, secure offtake or storage arrangements and evaluate utilisation pathways that can bolster project economics. Investors and technology suppliers should model multiple regulatory scenarios given the range of published market forecasts and hedge portfolio exposure across capture, transport and storage components. Policymakers that aim to accelerate deployment must continue to refine fiscal incentives, clarify long‑term liability frameworks and support regional infrastructure planning to reduce costs through scale and shared logistics.

As the CCS landscape matures, its role will depend on the alignment of industrial need, supportive regulation and viable business models. Where those elements coalesce, CCS can permit continued industrial activity while materially reducing emissions; where they do not, growth projections will remain tentative and uneven across regions and sectors.