Post Combustion Solvents Market Size & Share 2026-2035

Post Combustion Solvents Market Size

The global post combustion solvents market was valued at USD 400 million in 2025, reflecting sustained investment in chemical-based CO₂ capture infrastructure across power generation, industrial processing, and hard-to-abate manufacturing sectors. The market is projected to reach USD 951 million by 2035, expanding at a compound annual growth rate (CAGR) of 9.1% over the 2026–2035 forecast period, according to the latest report published by Global Market Insights Inc.

This trajectory is driven by binding national decarbonization commitments, expanding carbon pricing mechanisms in North America and Europe, and the structural inability of sectors such as steel and cement to achieve meaningful emissions reductions through electrification alone.^{[1]International Energy Agency, www.iea.org} Post combustion capture where in CO₂ is chemically absorbed from flue gas using liquid solvent systems after combustion remains the most commercially viable retrofit pathway for existing fossil-fuel-based facilities, placing chemical solvent chemistry at the core of near-term carbon capture and storage (CCS) deployment globally.^{[2]European Commission, www.ec.europa.eu}

At the segment level, power generation and oil & gas anchor near-term demand, while iron & steel and cement are expected to emerge as the dominant growth vectors by the early 2030s as hard-to-abate sector mandates become binding. The CAGR of 9.1% positions post combustion solvents as one of the fastest-growing specialty chemical categories globally. This rate reflects both volume growth in solvent consumption and premiumization toward next-generation formulations amino acid salts, ionic liquids, and advanced blended systems that carry higher per-unit values than conventional MEA.

The more consequential structural shift is the bifurcation of the market between commodity-grade amine supply chains, where margins are thin and competition is broad, and proprietary or licensed solvent technologies, where value is embedded in IP, process guarantees, and lifecycle support commitments. This bifurcation is shaping investment decisions across the supply side and is creating a two-tier competitive landscape that will define market dynamics through the forecast period.

Geographically, the market's growth profile is uneven. North America's near-term expansion is policy-driven and relatively visible, anchored by a defined project pipeline linked to the 45Q credit and DOE funding programs. Europe's growth is structurally supported by the EU ETS and the Northern Lights storage infrastructure but is more project-cycle-dependent in timing. Asia Pacific's 12.7% CAGR reflects both the scale of China's industrial CCS ambitions and Japan's leadership in commercial solvent technology licensing.

Post Combustion Solvents Market Trends

Advanced amine formulations and blended solvents

The transition from first-generation monoethanolamine to advanced amine formulations and blended solvent systems is restructuring procurement decisions and competitive dynamics across post combustion CO₂ capture. Second and third-generation amines including piperazine, 2-amino-2-methyl-1-propanol (AMP), and proprietary hindered amines offer measurably superior absorption kinetics, lower degradation rates, and reduced corrosivity relative to MEA.^{[7]ACS Publications, www.pubs.acs.org} Blended formulations combine fast-loading primary amines with slow-desorbing secondary compounds to optimize the absorption-regeneration cycle, enabling operators to reduce energy penalties without sacrificing capture efficiency. Shell's CANSOLV DC-103 and BASF's OASE family are commercially deployed references that have demonstrated CO₂ capture rates above 90% in industrial operating environments.

In our Q1 2026 survey of 85 carbon capture project engineers across 12 countries, 67% indicated that their next plant specification would include a proprietary or blended amine system rather than standard MEA  up sharply from approximately 38% in a comparable survey conducted in 2023. The economic driver is total cost of ownership: blended systems may carry a 20–35% raw material cost premium, but they reduce regeneration energy consumption by an estimated 15–25% and extend solvent replacement intervals by 30–50%, improving 10-year project economics materially. This shift is also reshaping supplier relationships, as operators increasingly seek long-term supply agreements with performance guarantees rather than transactional solvent procurement.

Low-energy regeneration and solvent recovery technologies

Regeneration energy the heat required to strip CO₂ from the rich solvent in the desorber column typically represents 60–75% of the total energy penalty associated with post combustion capture.^{[8]Oil & Gas Journal, www.ogj.com} At industrial scale, this translates to a parasitic load of 2.5-4 GJ per tonne of CO₂ captured for conventional MEA systems, reducing the net output of a capture-equipped power plant by 15–25%. Pressure-swing absorption, vapor recompression, split-feed desorber configurations, and advanced heat integration designs have collectively reduced this penalty in newer installations, but the gap versus theoretical minimums remains commercially significant.

Technology developers have advanced proprietary solvent formulations specifically engineered for lower regeneration enthalpy. ION Engineering's ICap solvent platform, piloted at the Wyoming Integrated Test Center in 2024, achieved a specific regeneration energy of approximately 2.1 GJ per tonne CO₂ roughly 25% below the MEA baseline.^{[9]Global CCS Institute, www.globalccsinstitute.com} Similarly, Carbon Clean Solutions demonstrated its CDRMax solvent system at industrial scale at a JSW Steel plant in India in early 2025, achieving capture rates above 95% with regeneration energy in the 2.3-2.5 GJ per tonne range. These field-validated results are creating a competitive reference set that is accelerating adoption timelines and raising the performance bar across the solvent supplier landscape.

Modular and compact carbon capture systems

The scaling of post combustion capture historically required large-footprint, custom-engineered absorber-desorber column trains suited to gigawatt-scale power facilities. A structural shift is underway toward modular, standardized capture units that can be deployed at smaller industrial sources  including refinery heaters, industrial boilers, and waste-to-energy plants operating at flue gas flows below 100,000 Nm³/h. Modularization reduces engineering and procurement lead times, enables factory fabrication and skid-mounted delivery, and lowers the capital cost threshold for mid-scale industrial operators who cannot justify bespoke project engineering.

Carbon Clean's CycloneCC technology deployed at Heidelberg Materials' Brevik cement plant in Norway and commissioned in late 2024 uses a rotating packed bed absorber that reduces equipment footprint by up to ten times relative to conventional column-based systems, while utilizing the company's proprietary CDRMax amine solvent optimized for the process. The Brevik facility is designed to capture approximately 400,000 tonnes of CO₂ per year, making it the first full-scale carbon capture project at a commercial cement plant globally. Aker Solutions' Just Catch product similarly targets the 100,000–400,000 tonne per year industrial capture niche, offering a pre-engineered solvent-based unit that reduces site integration complexity and project timelines.

Post Combustion Solvents Market Analysis

By Solvent Type

Amine based solvents

Amine-based solvents held a 59.5% share of the post combustion solvents market in 2025, reflecting decades of deployment experience, established global supply chains, and well-characterized process chemistry. Monoethanolamine, diethanolamine (DEA), and methyldiethanolamine (MDEA) remain baseline options for power sector and oil & gas retrofits, where capital minimization and operational familiarity take precedence over solvent performance optimization. The segment is projected to grow at a CAGR of 6.8% through 2035, the lowest among active solvent categories as market share gradually shifts toward higher-performance alternatives. Absolute amine demand volume will nonetheless increase substantially as total installed CCS project capacity expands. BASF's OASE blue and Shell's CANSOLV system are the leading proprietary amine platforms with large-scale operational references across multiple geographies.

Blended/mixed solvents

Blended and mixed solvent systems represent 13.1% of the post combustion solvents market share 2025 and are projected to grow at a CAGR of 13.7%, the fastest rate among commercially available formulations. These systems combine multiple amine or amine-like compounds to achieve performance profiles not attainable with single-component solvents, pairing a fast-loading primary amine with a secondary compound that reduces regeneration enthalpy and degradation susceptibility. BASF's OASE purple and Mitsubishi Heavy Industries' KS-21 solvent deployed at the Tomakomai CCS project in Hokkaido, Japan are active commercial references demonstrating the segment's field viability. The value proposition is strongest in new-build projects where operators can co-optimize solvent selection with absorber column and desorber design, and where long-term supply agreements provide cost certainty across the full asset life.^{[10]U.S. Environmental Protection Agency, www.epa.gov}

Carbonate-based solvents

Carbonate-based solvents, principally potassium carbonate systems, hold a 9.5% post combustion solvents market share with a CAGR of 7.2%. These solvents perform advantageously at elevated temperatures and CO₂ partial pressures, making them particularly relevant for natural gas processing and industrial streams with higher inlet CO₂ concentrations.^{[11]International CCS Knowledge Centre, www.ccsknowledge.com} UOP's Benfield process and its promoted variants remain active references in ammonia and hydrogen production contexts, where elevated operating pressures favor physical and semi-chemical absorption over standard amine systems. The segment's growth is constrained by the relatively narrow set of flue gas conditions under which carbonate systems outperform amine alternatives, however, ongoing development of piperazine-promoted and borate-promoted carbonate formulations is gradually expanding the applicable operating envelope and addressable project set.

Amino acid salt solvents

Amino acid salt solvents represent 4.9% of the 2025 market but are projected to grow at a CAGR of 14.4%, driven by their superior resistance to oxidative degradation and compatibility with CO₂-to-solid precipitation processes. Unlike conventional amines, amino acid salts do not produce volatile nitrogen-containing degradation compounds, reducing process safety obligations and environmental compliance costs in jurisdictions with stringent fugitive emission regulations. TNO's DECAB process and Shell's Aqueous Potassium Glycinate system are technically validated examples with pilot-scale operational data. These solvents are attracting commercial attention from operators targeting 20-plus-year plant lifetimes and from project developers where amine emission limits create additional operational constraints.

Ionic liquid solvents

Ionic liquids represent 3.3% of post combustion solvents market share in 2025 but carry the highest CAGR in the segment at 18%, reflecting their transition from advanced research into early-stage pre-commercial development. Ionic liquids exhibit negligible vapor pressure, exceptional thermal stability, and tunable CO₂ selectivity properties that directly address the energy penalty and emission footprint limitations of conventional amine systems. Research institutions including MIT, CSIRO, and European university consortia have demonstrated CO₂ absorption capacities and selectivity’s that exceed MEA benchmarks under controlled conditions, while task-specific ionic liquids including imidazolium and phosphonium-based variants are advancing into pilot-scale industrial testing. Commercialization remains constrained by synthesis cost and production scale limitations, realistic market penetration at meaningful volume is anticipated from approximately 2027–2028, subject to scale-up economics.

Ammonia-based solvents

Ammonia-based systems, including GE Vernova's Chilled Ammonia Process (CAP), account for 5.8% of the 2025 market with a CAGR of 7.5%. Ammonia's principal advantage is its low cost and high CO₂ loading capacity, the primary operational challenge is managing ammonia slip vapor migration into treated flue gas which requires additional wash stages and introduces process complexity. The CAP has been piloted at the Boundary Dam facility in Saskatchewan and at the Mongstad Technology Centre in Norway, with mixed results on slip management under variable operating conditions. GE Vernova's ongoing development focuses on optimizing operating temperature windows to suppress slip while maintaining capture efficiency, targeting applications where amine procurement costs are elevated or where ammonia supply chains are locally advantaged.

By End Use

Power generation

Power generation represents the largest end-use segment at 39% of post combustion solvents market share in 2025, growing at a CAGR of 6.8%. Existing coal and gas-fired power plants across North America, Europe, and Asia constitute the primary retrofit market, with amine-based post combustion capture the dominant technology option given its compatibility with existing boiler and flue gas handling infrastructure. SaskPower's Boundary Dam Unit 3 in Saskatchewan operational since 2014 remains one of the longest-running commercial references for post combustion capture on a coal-fired power plant. US EPA Greenhouse Gas Reporting data indicates that the power sector remains the single largest stationary source of CO₂ emissions in the United States, accounting for approximately 1.6 billion metric tonnes annually underscoring the scale of the retrofit market addressable by post combustion solvent systems. The segment's below-average CAGR reflects the structural challenge of CCS economics on coal assets in markets undergoing accelerated phase-out, offset by growing activity in natural gas-fired power applications where CO₂ capture supports low-carbon power-with-CCS and blue hydrogen business models.

Oil & gas

The oil & gas sector accounts for 23.1% of the 2025 market with a CAGR of 7.5%. Solvent-based capture is deployed across natural gas processing, LNG facilities, and refinery processes where inlet CO₂ concentrations are generally higher than in power plant flue gas, improving the unit economics of chemical absorption. The Norwegian Continental Shelf where the Sleipner CO₂ injection project has operated continuously since 1996 and Snøhvit since 2008 represents the most mature oil and gas CCS deployment globally, providing approximately 1.5 million tonnes per year of combined CO₂ storage. The expanding role of CCS in blue hydrogen production, where steam methane reforming generates a high-purity CO₂ offgas stream particularly amenable to amine capture, is broadening this segment's addressable scope beyond traditional acid gas removal applications.

Cement manufacturing

Cement manufacturing holds 13.4% of the post combustion solvents market with a CAGR of 12.4%, positioning it as one of the highest-growth end-use applications for post combustion solvents. The cement sector accounts for approximately 8% of global CO₂ emissions, with roughly 60% arising from calcination of limestone, a process-inherent reaction that cannot be addressed through fuel switching or electrification. This structural characteristic makes post combustion capture the primary technology pathway for cement producers operating conventional rotary kiln processes. The Brevik CCS project at Heidelberg Materials in Norway utilizing Carbon Clean's CycloneCC rotating packed bed absorber with CDRMax solvent and commissioned in late 2024 is the sector's most advanced commercial deployment and is expected to serve as a blueprint for subsequent installations in Europe and Asia.

Iron & steel

Iron & steel accounts for 12.2% of the post combustion solvents market in 2025 with a CAGR of 12.2%. Integrated steel mills generate CO₂ from coke combustion in blast furnaces and from on-site energy generation, with capture opportunities distributed across multiple flue gas streams at varying CO₂ concentrations and flow rates. Thyssenkrupp and Mitsubishi Heavy Industries have operated a pilot post combustion capture facility at Thyssenkrupp's Duisburg steelworks in Germany using MHI's KS-21 solvent system, achieving capture rates approaching 90% from a representative blast furnace gas stream. The segment's growth trajectory will be closely linked to the pace at which operating blast furnace capacity commits to CCS retrofits as an alternative to premature asset replacement with electric arc furnace or DRI-based routes, a decision shaped by carbon pricing levels, capital availability, and national steel policy.

Chemical industry

The chemical industry represents 7.8% of the 2025 market with a CAGR of 12.3%. CO₂ capture in chemical applications spans ammonia synthesis, steam methane reforming offgas from hydrogen production, ethylene oxide production, and generic industrial combustion at chemical manufacturing complexes. The segment is distinguished by diverse feedstock compositions and CO₂ concentrations, favoring adaptable formulations particularly MDEA-based systems with tailored additive packages that can be optimized for specific operating conditions. DOW Inc. and Huntsman Corporation are major suppliers of amine intermediates and customized blends to this segment. Growth is underpinned by the expanding blue hydrogen production sector and the increasing incorporation of industrial CCS into decarbonization roadmaps required under EU and UK carbon pricing compliance frameworks.

By Region

North America Post Combustion Solvents Market

North America leads the global market with a 35.5% revenue share in 2025 at a CAGR of 7.5%, anchored by the U.S. regulatory environment and an extensive natural gas processing infrastructure base. The enhanced 45Q tax credit set at USD 85 per tonne for geologically stored CO₂ under the Inflation Reduction Act has materially improved project economics for both power and industrial applications, triggering a significant increase in CCS project announcements since 2022. The US DOE has committed over USD 6 billion across its CCS, clean hydrogen, and industrial decarbonization programs under the Bipartisan Infrastructure Law, with amine-based capture trains specified in multiple funded projects including industrial CCS installations in the Texas Gulf Coast corridor.

Canada's federally legislated carbon price, set on a trajectory to CAD 170 per tonne by 2030, provides structural support for solvent-based capture in Alberta's oil sands sector and Saskatchewan's power generation fleet. In our Q3 2025 survey of 120 North American industrial operators, 58% reported that the enhanced 45Q credit had shifted CCS from a long-term strategic option to a near-term capital budget consideration, with final investment decisions on three power sector capture projects anticipated in 2026.

Europe Post Combustion Solvents Market

Europe holds a 24% market share in 2025 with a CAGR of 8.4%, shaped by the EU ETS carbon price trajectory and national CCS strategies in Norway, the Netherlands, and the United Kingdom. Norway's Longship program with a total commitment of NOK 16.8 billion anchors the Northern Lights CO₂ transport and storage infrastructure in the North Sea, providing a commercial storage pathway for industrial emitters across the continent.

The Rotterdam PORTHOS project, targeting 2.5 million tonnes of CO₂ per year in offshore North Sea storage, is advancing with Air Liquide, AkzoNobel, and Shell among committed industrial emitters. In the UK, the Track-1 CCS cluster projects HyNet in the Northwest and the East Coast Cluster are in early construction phases, with amine-based capture systems supplied by Linde and Aker Solutions. The EU Innovation Fund disbursed over EUR 3 billion to CCS and industrial decarbonization projects in 2024, accelerating technology scale-up from demonstration to commercial scale.

Asia Pacific Post Combustion Solvents Market

Asia Pacific is the fastest growing regional market at a CAGR of 12.7%, with China, Japan, and Australia as the primary demand centers. China's National Development and Reform Commission designated over 50 CCS demonstration and early commercial projects as strategic infrastructure priorities under the 14th Five-Year Plan, including the Guohua Jinjie coal power CCS project in Shaanxi Province, the country's largest operating post combustion capture installation at 150,000 tonnes CO₂ per year, utilizing a proprietary amine system developed by Sinopec. In Japan, Mitsubishi Heavy Industries leads commercial deployment of its KM CDR Process with the KS-21 amine solvent system, licensing the technology to projects across Southeast Asia and the Middle East. Australia's Gorgon CCS project on Barrow Island operated by Chevron and targeting approximately 4 million tonnes of CO₂ per year provides a large-scale reference for solvent-based capture in LNG operations, while Australia's 2035 emissions reduction target is accelerating industrial CCS project feasibility studies across the country.

Middle East & Africa Post Combustion Solvents Market

The Middle East & Africa region holds a 9% share of the 2025 market with a CAGR of 7.4%. Saudi Arabia and the UAE are the primary demand drivers, with national energy companies incorporating solvent-based CO₂ capture into upstream and downstream sustainability strategies. Saudi Aramco's Uthmaniyah CO₂ enhanced oil recovery project injects approximately 800,000 tonnes of CO₂ per year captured from gas processing operations using amine-based scrubbing systems. The Abu Dhabi CCUS facility operated by TAQA and Masdar captures CO₂ from steel manufacturing at Emirates Steel Arkan for injection into onshore oil fields, demonstrating the region's technical capability at industrial scale. While the region's primary CCS driver remains enhanced oil recovery rather than pure geological storage, the underlying solvent procurement and management requirements are equivalent to non-EOR applications.

Latin America Post Combustion Solvents Market

Latin America holds the smallest regional share at 5.7% in 2025 with the lowest CAGR at 4.5%. Brazil is the dominant market, where Petrobras deploys CO₂ capture systems on its pre-salt offshore platforms to manage CO₂-rich natural gas streams from the Santos Basin, an operational necessity driven by reservoir gas composition rather than regulatory compliance. The absence of a formal carbon pricing mechanism in Brazil and across most of Latin America limits the economic imperative for voluntary industrial CCS adoption beyond operational necessity. However, Brazilian steel and cement producers are beginning to evaluate capture feasibility under voluntary carbon market frameworks and in anticipation of future regulatory alignment with Brazil's updated Nationally Determined Contribution under the Paris Agreement, which targets a 50% reduction in net emissions by 2030 relative to 2005 levels.

Post Combustion Solvents Market Share

The post combustion solvents industry is moderately concentrated, with the top five players BASF, Air Liquide, Linde plc, Mitsubishi Heavy Industries Ltd., and Aker Solutions accounting for approximately 35% of global revenue in 2025. BASF leads with an 11% share, reinforced by the breadth of its OASE portfolio, the scale of its manufacturing operations, and its established relationships with major EPC firms that specify solvent systems on CCS projects across multiple end-use sectors and geographies.

The remaining 65% is distributed across a large and diverse competitive set that includes engineering licensors (Fluor Corporation, Shell Catalysts & Technologies), specialty chemical producers (Huntsman, Nouryon, Solvay), and technology-focused developers (Carbon Clean Solutions, ION Engineering, Svante Technologies). This structural fragmentation reflects the technology diversity inherent in the solvent market, no single solvent chemistry dominates across all applications and operating conditions, preventing the concentrated competitive structure typical of commodity chemical segments.

Conversations with procurement and technology selection teams at six major EPC contractors during our Q4 2025 expert panel converged on a consistent finding, solvent selection is increasingly driven by lifecycle cost modeling rather than upfront procurement price, which systematically advantages suppliers able to offer performance guarantees, long-term supply contracts, and on-site technical support. These dynamic benefits large integrated players like BASF and Linde whose downstream service capabilities complement their solvent supply positions  and it creates a durable competitive moat that newer entrants find difficult to replicate without field-validated references.

Competitive strategies among leading players are differentiated along two primary axes: formulation IP and project integration depth. BASF and Mitsubishi Heavy Industries compete on proprietary solvent platforms with verifiable industrial field references. Air Liquide and Linde leverage their positions as EPC partners and industrial gas companies to integrate solvent supply into broader CCS project scopes, deepening customer relationships and increasing switching costs. Aker Solutions combines solvent management expertise with modular absorber-desorber system engineering, offering a single-vendor capture solution tailored to the North Sea and European industrial markets.

M&A activity in the broader CCS and carbon management value chain has been elevated since 2022. Strategic acquisitions by oil majors, industrial gas companies, and specialty chemical firms are aimed at securing technology positions ahead of commercial market inflection, particularly in next-generation formulations and modular capture system design. These transactions are progressively broadening the competitive field beyond traditional chemical suppliers toward project developers, energy companies, and technology licensors, which will likely drive further consolidation in the mid-market segment of the competitive landscape over the forecast period.

Post Combustion Solvents Market Companies

Major players operating in the post combustion solvents industry are:

BASF is the global market leader in post combustion solvents with an 11% revenue share in 2025, anchored by its OASE family of amine-based and blended solvent products. OASE blue targets acid gas removal in natural gas processing and blue hydrogen applications, while OASE purple is optimized for post combustion CO₂ capture in power generation and industrial flue gas streams. BASF supplies solvents to CCS projects across Europe, North America, and Asia, and has established joint development arrangements with EPC contractors to co-optimize solvent systems with absorber column and heat integration designs. In January 2026, the company expanded OASE manufacturing capacity at its Ludwigshafen site by approximately 30% to meet growing European project demand.

Air Liquide occupies a dual competitive position as both a solvent technology provider and a CCS project developer. The company's DMX solvent platform developed in collaboration with IFP Energies Nouvelles is being piloted at the Dunkirk industrial basin in northern France, targeting a commercial scale-up as part of the Dunkerque port CCS cluster. Air Liquide is also a committed industrial emitter partner in the Rotterdam PORTHOS project and has received US DOE funding for a commercial-scale post combustion capture demonstration at a Texas natural gas power facility. This vertically integrated project development capability differentiates Air Liquide from pure-play solvent suppliers.

Linde PLC operates across solvent supply, EPC services, and industrial gas logistics, positioning it as a comprehensive CCS partner for large industrial clients. Its Rectisol wash technology based on physical methanol absorption is a global reference for hydrogen and syngas applications, while amine-based scrubbing systems are provided for post combustion flue gas applications. Linde was awarded the engineering and solvent supply contract for the HyNet CCS cluster in the UK in December 2024, with commercial operations targeted for 2028. The company's scale across the industrial gas value chain provides a structural advantage in projects where CO₂ liquefaction and transport logistics are part of the integrated scope.

Mitsubishi Heavy Industries Ltd. KM CDR Process is among the most widely licensed post combustion capture technologies globally, built around its proprietary KS-21 solvent, a sterically hindered amine that demonstrates lower degradation rates and higher CO₂ loading capacity than conventional MEA. KS-21 is deployed at the Tomakomai project in Japan and has been licensed to projects in the US, Middle East, and Southeast Asia. In September 2025, MHI announced a joint development agreement with Svante Technologies Inc. to integrate the KS-21 solvent into structured solid sorbent hybrid capture configurations for cement and aluminum production extending the platform's applicability beyond conventional flue gas streams.

Aker Solutions has positioned itself as the leading CCS engineering firm for Norwegian and European industrial projects, with its Just Catch modular capture unit as the primary commercial product. Just Catch uses a proprietary amine solvent system in a pre-engineered, skid-mounted configuration designed for industrial sites emitting 100,000–400,000 tonnes of CO₂ per year. In July 2025, the company secured a contract for amine-based capture engineering at the Rotterdam PORTHOS project. Aker Solutions is also a key technology supplier to the Northern Lights value chain, with deep integration into Norway's national CCS infrastructure strategy.

Carbon Clean Solutions Ltd. has advanced from pilot to commercial scale with its CycloneCC rotating packed bed technology, which reduces absorber column footprint by up to ten times relative to conventional packed column designs. CycloneCC utilizes Carbon Clean's CDRMax proprietary amine solvent, optimized for low-energy regeneration in cement and steel flue gas environments. The Heidelberg Materials Brevik installation commissioned in late 2024 is the company's flagship commercial reference and the world's first full-scale CCS project at a cement facility, targeting 400,000 tonnes of CO₂ per year. An earlier CDRMax deployment at JSW Steel in India in early 2025 demonstrated 95%+ capture rates in steel manufacturing conditions.

ION Engineering is a US-based technology developer focused on next-generation solvent formulations for power and industrial CCS. Its ICap solvent platform has been validated at the Wyoming Integrated Test Center, achieving approximately 2.1 GJ per tonne CO₂ regeneration energy roughly 25% below the MEA baseline. ION has received US DOE funding under the Carbon Capture Large-Scale Pilots program and is advancing toward a commercial-scale demonstration in partnership with a Gulf Coast power operator. In May 2026, the company announced completion of its 10 MWe ICap scale-up, representing a significant milestone on the pathway to full commercial deployment.

Fluor Corporation is an engineering and project delivery firm with proprietary solvent technology through its Econamine FG Plus process, which uses a formulated MEA-based solvent with proprietary inhibitor packages to reduce degradation and equipment corrosion. Econamine FG Plus has been deployed on multiple power sector CCS projects globally and is among the most extensively referenced post combustion capture technologies in commercial operation. Fluor's EPC capabilities complement its solvent offering, enabling integrated project delivery that is particularly valued by utility and industrial clients seeking single-responsibility contracting structures.

Remaining Companies including Nouryon and Evonik Industries, offer specialty amine platforms including activated MDEA and piperazine-based systems for low-energy regeneration applications. Solvay brings amino acid salt expertise through its ACAP technology platform, addressing markets with stringent nitrogen compound emission limits. Axens an IFP Group Technologies company, offers proprietary process licensing for acid gas removal in refinery and gas processing contexts. INEOS Oligomers is a significant producer of amine precursors and specialty olefin products serving the CCS chemical supply chain. Svante Technologies Inc. is advancing a hybrid solid sorbent and liquid solvent process for distributed point-source capture at cement and aluminum manufacturing facilities, with pilots underway in North America. Chevron Phillips Chemical Company provides amine precursors and specialty glycol products to the gas processing market, with growing exposure to CCS solvent supply as project development accelerates in the US Gulf Coast corridor.

Post Combustion Solvents Industry News

• May 2026: ION Engineering announced the completion of its 10 MWe scale-up of the ICap solvent system at the Wyoming Integrated Test Center, achieving a specific regeneration energy of 2.1 GJ per tonne CO₂ approximately 25% below the MEA benchmark and advancing toward a full-scale commercial demonstration in the US Gulf Coast.
• Mar 2026: The European Commission confirmed a EUR 1.2 billion allocation from the EU Innovation Fund for six large-scale CCS projects in Germany, the Netherlands, and Belgium, with amine-based post combustion capture systems specified as the primary technology in four of the six funded projects.
• Jan 2026: BASF expanded OASE solvent manufacturing capacity at its Ludwigshafen facility in Germany by approximately 30%, citing growing order volumes from European industrial CCS projects and the Northern Lights supply chain.
• Nov 2025: Heidelberg Materials' Brevik CCS project in Norway, the world's first full-scale carbon capture installation at a cement plant commenced commercial operations, with Carbon Clean Solutions' CycloneCC system and CDRMax solvent targeting 400,000 tonnes of CO₂ per year.
• Sep 2025: Mitsubishi Heavy Industries Ltd. and Svante Technologies Inc. signed a joint development agreement to integrate MHI's KS-21 amine solvent into Svante's structured sorbent technology for hybrid capture applications in cement and aluminum production.
• Jul 2025: Aker Solutions secured a contract from the Rotterdam PORTHOS project to provide engineering, procurement, and construction services for an amine-based CO₂ capture unit targeting 2.5 million tonnes per year.
• Apr 2025: The US Department of Energy awarded USD 189 million to a consortium including Air Liquide for a commercial-scale post combustion capture demonstration at a natural gas power plant in Texas, specifying a proprietary blended amine solvent system.

The post combustion solvents market research report includes in-depth coverage of the industry with estimates & forecasts in terms of revenue (USD Million) from 2022 to 2035, for the following segments:

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Market, By Solvent type

• Amine-based
• Ammonia-based
• Amino acid salt
• Ionic liquid
• Carbonate-based
• Blended/mixed
• Others

Market, By Deployment

• Small/modular scale
• Medium-scale
• Large-scale

Market, By End use

• Power generation
• Iron & steel
• Cement manufacturing
• Oil & gas
• Chemical industry
• Others

The above information is provided for the following regions and countries:

• North America
  • U.S.
  • Canada
  • Mexico
• Europe
  • Germany
  • UK
  • Norway
  • Netherlands
  • Spain
• Asia Pacific
  • China
  • India
  • Japan
  • South Korea
  • Australia
• Middle East & Africa
  • Saudi Arabia
  • UAE
• Latin America
  • Brazil