Carbon Capture and StorageCarbon Capture and StorageCoverage from Drilled, ProPublica, and others
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Carbon capture and storage includes capturing carbon dioxide at industrial facilities, transporting it for use or long-term geological storage, and removing it directly from the air.
These approaches are considered for residual emissions from sectors such as cement, steel, chemicals, and refining, while direct air capture and mineralization target carbon already in the atmosphere. Projects such as Norway’s Sleipner and Canada’s Quest illustrate geological storage, and industrial hubs can connect capture sites to shared infrastructure. Their climate value depends on costs, energy use, reliable monitoring and verification, policy and financing, and how they complement measures such as efficiency, electrification, and renewable power.
Its broad overview frames CCS as an option for residual industrial emissions whose climate value depends on durable storage, verification, infrastructure, and complementary decarbonization.
It explains why a large project pipeline does not guarantee delivery, connecting investment decisions to storage costs, shared infrastructure, permits, finance, and verification.
Its quantitative comparisons put current deployment and projected growth in context while showing how capture performance, upstream emissions, and storage integrity affect climate benefits.
It adds concrete reporting on storage leaks, monitoring, oversight, and long-term liability—issues distinct from the broader scale and investment constraints.
DeSmog / Sarah Hofmann
Key Issues
01
A wide gap between planned and operating scale
Operating capture capacity remains small relative to the gigaton-scale deployment assumed in many climate pathways. Although the announced project pipeline is large, many projects lack final investment decisions, and reporting also describes shortfalls against climate-aligned demand.
Drawn from 5 articles
02
Projects depend on finance and coordinated infrastructure
Moving projects from announcement to delivery depends on aligning capture facilities with transport, storage access, permits, financing, and credible long-term revenue or risk-sharing. Public support is helping some industrial projects proceed, while financing gaps and allocation of project risks have stalled or weakened others.
Drawn from 5 articles
03
Storage assurance and oversight shape climate credibility
The climate value of CCS hinges on demonstrated capture performance, reliable monitoring, durable storage, and clear long-term liability. Reported leaks and concerns about oversight and operator responsibility make verification and governance active constraints on deployment, not just technical details.
Drawn from 4 articles
Key Numbers
10 years
operator liability retention period in Wyoming
“Wyoming requires operators to retain liability for only 10 years. Alabama legislation passed in 2024 allows companies to transfer liability after a decade”
DeSmog
10 records
peak annual patent filings
2010
“Filing peaked at 10 records in 2010 and has not matched that level since.”
Patsnap
18 months
typical publication lag after filing
approximate
“The article cautions that publication typically lags filing by about 18 months, so the latest years are incomplete and should not be interpreted as a definitive decline.”
Patsnap
500 million tonnes annually tonnes per year
announced CCS pipeline capacity
overall pipeline
“The overall pipeline exceeds 500 million tonnes annually, while the IEA found that roughly 90% of projects announced for operation by 2035 still lacked final investment decisions.”
New Market Pitch
64 million tonnes of CO2 per year tonnes CO2 per year
operating capture capacity
commercial CCS projects
“The Global CCS Institute counted 77 commercial CCS projects operating and 47 under construction, with operating capture capacity around 64 million tonnes of CO2 per year.”
New Market Pitch
Looking Back
836 Day Timeline
Articles published over time. Hover any bar for the period and its article count.
Oct '24
Feb '25
Jul '25
Nov '25
Apr '26
Aug '26
Dec '26
The Story So Far
No material change
No new member articles were supplied, so there is no evidence of a material change since the prior state.
Previously
Carbon capture and storage is being advanced for industrial emissions and, increasingly, proposed power projects, while developers and governments work through high costs, storage access, transport infrastructure, and financing. The technology is often presented as an option for emissions that are difficult to eliminate in sectors such as cement, steel, and chemicals, but current deployment remains small relative to climate-pathway needs. Its contribution depends on verified permanent storage and complementing—not replacing—efficiency, electrification, and clean energy.
History
10/05/2026
A specific European project has entered the picture: Yara plans capture at its Sluiskil fertilizer plant, with CO₂ intended for storage in Norway and support from the European Commission. The broader framing remains consistent with CCS as a complement to direct emissions cuts.
10/05/2026
The current version largely reinforces the existing account: shared CO2 networks remain central, while cost, limited capacity, and the contested climate role constrain expectations.
ProPublica and Drilled investigative reporting compares modeled gigaton-scale CCS needs with limited global reservoir deployment and monitoring constraints.
In 2024, the UK government advanced plans to commit GBP 21.7 billion to CCUS clusters across England and Scotland, despite unresolved questions about commercial readiness, costs, and emissions performance.
Patsnap Research identified concentrated ownership across 28 international patent records for vacuum membrane distillation solvent regeneration through August 31, 2026.
Yara, supported by the European Commission, plans to capture 800,000 tonnes of carbon dioxide yearly in Sluiskil, Netherlands, and store it beneath Norway's seabed.
Since 2024, the EPA, states, and carbon-storage operators have expanded Class VI permitting across the United States amid disputes over leaks, oversight, and liability.
CCUS developers and governments expanded investment in 2025, while projects in the United Kingdom, North Sea, and US Gulf Coast advanced through coordinated financing and infrastructure.
Patent filings from 2011 onward increasingly show plant-wide, AI-controlled carbon capture integration for industrial retrofits across power and other sectors, with modular systems emphasized in 2022 to 2026.
European policy discussions on BECCS using existing-forest wood are challenged by scenario modeling showing limited negative-emissions potential and higher electricity costs.
Rosalie Arendt in Nature introduced Schrödinger's carbon to highlight uncertainty in how climate models treat carbon capture and storage as permanently neutralized.
The global CCS sector operated 75 projects in February 2026, while governments and climate analysts debated whether deployment should prioritize hard-to-abate industry over fossil-fuel power generation.
Myles Allen and colleagues propose CO2-focused CCS licensing for gasfields on July 12, while methane leakage across LNG supply chains is argued to be a dominant near term climate impact.
BECCS is criticized as an impractical negative-emissions option because scaling, cost, biodiversity effects, and net CO2 removal timelines remain insufficient, including at the UK Drax project.
ISO Technical Committee 67 published ISO 20815:2026 in 2026 to extend production assurance and reliability management across upstream, midstream, downstream, and petrochemical operations involving CCS, hydrogen, ammonia, and wind assets.
UK academics, civil society leaders, and environmental professionals submitted a letter in London proposing mandatory geological carbon storage obligations for Rosebank and Jackdaw oil and gas licenses.
8/31/2026 • Policy, Politics & Governance • General
ExxonMobil launched CCS operations for Nucor's direct reduced iron facility in 2026 at Convent, Louisiana, enabling storage of up to 800,000 metric tons of CO2 annually.
Researchers used differential game modeling to analyze how third-party CCS services, consumer environmental recognition, and electricity demand affect CCS adoption and electricity pricing.
IEEFA research reports that Europe CCS cancellations exceeded investment approvals in 2025, driven by technical and economic barriers affecting blue hydrogen projects in EU and UK.
Xodus and the Net Zero Technology Centre project European CCUS scale-up needs CO2 carrier fleets, shortlisted ports, and a hybrid transport system feeding North Sea storage by 2050.
European CCS project announcements declined through 2025 as cancellations expanded and proposed capture volumes fell amid high CCS costs and technical readiness risks.
UnionDAC plans a Teesside direct air capture plant, developed by Progressive Energy, Mission Zero Technologies, and Airhive, targeting 2032 operations and a 2028 investment decision.
EPA reviews Class VI CO2 well permits in Illinois and nationwide as landowners and Food & Water Watch criticize carbon capture due to safety risks and state limits.
A study using machine learning attributes CCUS deployment growth across 21 countries mainly to policy, with North America leading and inequality limiting 2030 scale.
Google, NextEra, and partners are backing new CCS-linked power and storage projects in the U.S. and Europe, but high costs and policy uncertainty limit scaling beyond subsidies.
Direct air capture projects expand worldwide as policy incentives drive investment, while critics warn about energy intensity and limited removal impact.
Industrial groups in Europe are starting commercial CCS operations in Norway, Denmark, and the Netherlands as EU emissions trading rules tighten and carbon border costs increase.
Deep Sky announced verified direct air capture carbon removal credits for Microsoft and Royal Bank of Canada, validated by Isometric, from an Alberta pilot in 2025.
Denmark awarded Aalborg Portland a CCS subsidy contract signed with the Danish Energy Agency to capture up to 1.25 million tons of CO2 per year starting in 2030.
Denmark, Norway, and Sweden scaled back CCUS projects from 2025 into 2026 as storage access uncertainty, financing gaps, and weak market signals reduced bidder and investor commitment.
Denmark, Norway, and Sweden CCUS projects faced bidder withdrawals, delayed investment, and paused operations as storage access, financing, and long-term demand contracts remained uncertain.
Several CCS projects in Europe's North Sea, including Northern Lights and Greensand Future, are progressing toward 2026+ CO2 injection using offtake agreements and government funding.
4/1/2026 • Clean Energy & Emissions • General
Chemical & Engineering News / Craig Bettenhausen66
Yara International began operating a large-scale carbon capture system in Sluiskil, Netherlands, shipping captured CO2 to Norway for geological storage through Northern Lights.
During the 2020s, Yara began capturing CO2 for Northern Lights' cross-border transport and subsea storage at Sluiskil in the Netherlands and Oygarden in Norway.
The Carbon Capture Coalition submitted comments to DOE and NETL in the United States during implementation planning for fiscal year 2026, urging verified emissions data and carbon capture recognition under EU CBAM rules.
9/11/2026 • Policy, Politics & Governance • General
Indiana Capital Chronicle / Leslie Bonilla Muñiz64
The Indiana General Assembly is considering House Bill 1368 in 2026 to give the Department of Natural Resources primacy over federal Class VI CO2 sequestration well permitting.
1/26/2026 • Policy, Politics & Governance • General
Governments and investors are using industrial clusters in Europe, the United States and the United Kingdom to coordinate emissions reductions, infrastructure investment and economic transition.
In Texas in the early 2020s, major oil companies and regulators confront weakened incentives for Gulf Coast carbon capture and storage amid shifting federal climate policies.
European and Norwegian industrial consortia outline 2025 2040 development plans for specialised carbon capture systems at primary aluminium smelters facing hard to abate emissions.
Industrial producers worldwide are expanding interest in carbon capture and carbon dioxide removal because difficult industrial and historical emissions require additional climate mitigation options.
Xodus reported in its Asia Pacific CCUS Regional Assessment that UK expertise could help address project-development gaps across Asia Pacific, where annual CO2 exports could reach 91.5 million U.S. tons by 2030.
Patsnap identified 105 published records on industrial furnace and kiln carbon capture through August 31, 2026, with the United States receiving the most filings.
9/18/2026 • Clean Energy & Emissions • General
LexisNexis / Dalia Majumder-Russell; Matthew Brown60
African energy producers and governments are evaluating CCS in 2026 using depleted reservoirs and existing infrastructure across South Africa, Nigeria, Kenya and other African markets.
Avnos launched Project Brighton in January 2025 in Bridgewater, New Jersey, to capture atmospheric carbon dioxide and produce clean water for future commercial applications.
Persistence Market Research forecasts the global carbon capture and sequestration market will reach $31.6 billion by 2033, with policy support and industrial demand driving growth worldwide.
A structural-integrity study evaluates aging offshore platforms in Southeast Asia for potential 25- to 30-year reuse in carbon capture, utilization, and storage operations.
9/1/2026 • Clean Energy & Emissions • General
LexisNexis / Dalia Majumder-Russell; Matthew Brown60
The UK government supports industrial and waste carbon capture through CfD-style contracts, Low Carbon Contracts Company arrangements, and CCUS planning rules in the United Kingdom.
Britain approved a policy proposal before Ed Miliband left office to expand engineered carbon removal, including direct air capture, for residual aviation and farming emissions.
Hon Chung Lau and Steve C. Tsai estimate carbon capture and storage potential for US data centers, projecting 2025 to 2030 emission growth under state electricity mixes.
California Resources Corporation started CO2 injection at Carbon TerraVault I in Kern County while California finalized CO2 pipeline regulations and environmental litigation continued over CCS impacts.
UK energy policy officials defend HyNet and East Coast Cluster CCS funding as Public Accounts Committee criticism cites high risk and limited UK commercial-scale operation.
Belgium and UK officials signed a London Protocol MoU for regulated cross-border CO2 transport and UK offshore storage, supporting a Europe-wide storage market.
6/16/2026 • Clean Energy & Emissions • General
Hydrogen and Carbon Capture Technology World Expo 202660
A screening framework for CCS transport and storage in Europe shows competitiveness depends on scalable hybrid systems and financing and permitting clarity rather than distance alone.
IEEFA reports falling CCS announcements across Europe and rising cancellations in 2025, citing economics, technical barriers, and EU-UK legal constraints despite higher EU ETS prices.
Enverus reported early 2026 momentum for U.S. Class VI CCS permitting, with draft permits, EPA and state processing, and CO2 injection capacity forecasts.
In Washington, D.C. during 2026 Americas Forum discussions, EQT, SLB, Australia officials, and others linked CCS scaling to policy alignment, financing structures, and community acceptance.
ExxonMobil and 1PointFive advance US CO2 storage and direct air capture while studies explore AI for CCUS planning, with commercial benefits still unproven.
Kyle Haustveit said the Trump administration uses carbon capture primarily for CO2 utilization in manufacturing and oil production during a DOE event in Washington.
ExxonMobil highlights membrane-based CCS as industrial customers need reliable, continuous carbon capture systems that can integrate into existing heavy industry plants.
Oil and gas producers and industry groups urge stronger government CCS support, citing investment and regulatory needs for meeting carbon capture deployment targets.
Climeworks and Heirloom Carbon Technology stalled Project Cypress direct air capture in Louisiana after Department of Energy subsidy review delays under the Trump administration.
University of Texas at Austin researchers in 2026 proposed a multidisciplinary roadmap in Austin, Texas, to advance carbon capture, utilization, and storage deployment.
In the 2020s United States, expanding state Class VI primacy and standardized MRV plans are redefining how regulators, utilities, and investors advance carbon capture and storage projects.
Congress debates extending carbon capture and sequestration tax credits in 2025 to spur deployment at power plants and industrial facilities in Texas and beyond.
Wopke Hoekstra convened an EU Implementation Dialogue on 29 June 2026 to address practical steps for scaling CCS, including CO2 transport infrastructure, permitting, and market support.
The review finds that CO2-EOR projects can combine oil production with carbon storage only when reservoir engineering, monitoring, and carbon policy align.
A review evaluates materials degradation in amine CO2 capture and dense phase CO2 pipeline corrosion, highlighting impurity driven reliability limits for CCUS.
Dotz Nano signed a two-year, approximately $696,000 sorbent supply agreement with Soletair Power for HVAC-integrated direct air capture systems deployed across Europe.
Vehicle owners and climate analysts find that filling tyres with carbon dioxide would store little carbon globally and create leakage, cost, corrosion, and safety problems.
The International Energy Agency reported approximately 45 commercial CCUS facilities operating worldwide in 2026, while the Union of Concerned Scientists urged limited deployment with strict safeguards.
IEEFA found in its 2025-2026 assessments that CCS projects worldwide face weak commercial returns, technical shortfalls and uncertain storage performance despite major subsidies.
During London Climate Week, methane impacts and UK CCS cost and lock-in concerns were used to question a proposed CO2-conditional licensing scheme for gasfields.
Brussels conference panels in 2026 highlighted policy predictability and CCfDs as key enablers for European CCUS transport and storage buildout amid commercial and regulatory risks.
India and global partners advance CCU pilots and roadmaps in the 2020s to reduce emissions by capturing and utilising CO2 across India, the EU, the US, and UAE.
Department of Energy announces a 350 million funding opportunity to retrofit aging coal plants on September 29, with closing date December 8, in the United States.
In 2025, US climate policy analysts outline how proposed federal budget cuts, House legislation, and regulatory delays in Washington, DC could slow nationwide carbon capture and storage deployment.
Yara inaugurated an 800,000-ton-per-year carbon capture facility at its Sluiskil ammonia plant in the Netherlands, with Northern Lights transporting and storing captured CO2 offshore in Norway.
Alfa Laval will supply heat-transfer equipment to Saipem for Stockholm Exergi's Stockholm BECCS facility, which is expected to capture and store up to 800,000 tonnes of biogenic CO2 annually from 2028.
Starting January 1, 2026, EU ETS biogenic exclusions will remove EU allowance surplus revenue for about 40% of European pulp mills, increasing interest in CCS and BECCS.
5/8/2026 • Economy, Business & Innovation • General
The review evaluates carbon capture and storage systems globally, finding that full life-cycle analysis and technological maturation are necessary for viable hydrate-based pathways.
AirMyne sells Misan Lychee in the United States as a consumer demonstration of direct air capture, despite unresolved questions about energy use and carbon permanence.
Yara plans to start CCS operations for blue ammonia at the Sluiskil plant in the Netherlands, with critics arguing fossil-gas and nitrogen-related emissions remain largely unmanaged.
Process Raman spectroscopy and FTIR enable real-time monitoring in CCUS, reducing delays from lab-based methods and improving operational control and compliance.
IEAGHG and INNO-CCUS hosted an international CCS summer school near Copenhagen in June 2026, examining technology, regulation, safety, storage, and public acceptance.
EU CCS planning targets 50 million tonnes annual injection capacity by 2030, requiring coordinated capture, transport, and geological storage and government risk allocation across the value chain.
Policy incentives in the United States and Canada are accelerating CCUS and direct air capture, while high costs, energy demand, and storage and infrastructure constraints limit scaling.
The Global CCS Institute published a United States-focused fact sheet before New York Climate Week explaining how CO2-enhanced oil recovery can finance CCS while requiring verified permanent storage.
Industrial emitters can use carbon capture and storage to address residual emissions, but deployment requires verified geological storage, shared infrastructure, and policy support across industrial regions.
Researchers assessed two CCUS wells during UAE geological investigations, measuring rock stresses and storage properties to evaluate secure carbon dioxide injection.
Ed Miliband signed a UK Department for Energy Security and Net Zero proposal to kick-start greenhouse gas removals using CO2-stripping technologies before his move to the Foreign Office.
Global CCS Institute sent an open letter to Australian Labor National President Kate Ellis after Labor's 50th conference, urging explicit CCS inclusion supported by Moomba CCS carbon credits.
Geological Service for Europe released a pan-European CO2 Storage Atlas factsheet to support CCS storage site identification and readiness assessment across Europe.
7/27/2026 • Clean Energy & Emissions • General
ScienceDirect / R. Ranjith, G. Roy Richi Renold, K. Jeyapappa, B. Suresh, T. Jeyakumaran54
Open-access review compares CCUS capture, transport, storage, and utilization methods and highlights energy penalties, storage risks, and deployment constraints for industrial decarbonization.
In eastern Ohio and northern West Virginia, CCS project supporters and opponents disagree over CO2 storage emissions impact, leakage risks, and Ohio pore-space governance as Tenaska advances storage plans.
BioCirc began truck transport of captured biogenic CO2 from Vesthimmerland to Esbjerg for permanent seabed injection under Project Greensand, supporting a Microsoft carbon-negative contract.
Trevor Tillman explained that FTIR-based carbon dioxide purity monitoring can improve CCUS safety and verification across capture, transport, utilization, and storage networks in Europe and the United States.
Grand View Research projects global carbon capture chemicals market growth to USD 4.4 billion by 2033, led by amine solvents and faster direct air capture.
Market analysis forecasts expanding CCUS capture capacity through 2036, emphasizing CO2-EOR as a dominant utilization pathway and incentives to scale deployment.
Direct air capture market forecasts cite 2024 growth to 2032 expansion in North America, driven by net zero policies and storage and utilization integration.
EPA approved Texas primacy for Class VI CO2 injection and storage permits, transferring authority to the Texas Railroad Commission for underground storage oversight.
Veri Energy, Evero Energy, and Encyclis announced CCS and BECCS projects in the UK in 2024–2030s, linking Sullom Voe, HyNet, and Liverpool Bay for CO2 storage and removals.
DOE announced up to $54.4 million in additional carbon management funding on August 13, 2024 for CO2 capture, storage, and conversion, with Round 6 applications due October 14, 2024.
The U.S. Department of Energy Loan Programs Office announced financing pathways in the 2020s to scale carbon capture, removal, transport, and storage across the United States.
As California prepares its first industrial CCS rules, Consumer Watchdog is challenging California Resources Corporation projects over safety, performance, liability, and fossil-fuel dependence.
A systems analysis finds that United States carbon capture expansion would require vast infrastructure and safety planning beyond existing enhanced-oil-recovery pipelines.
The IEA reported in 2026 that global CCUS capture and storage capacity is growing, while industrial facilities worldwide still require faster deployment and permanent storage.
In 2024-2025, CCS backers funded CCUS efforts in Germany, the UK, and Denmark, while analysts reported underperformance, limited deployment, and high costs for carbon capture.
Clymers, Indiana residents protest an ethanol-linked CCS injection project, challenging 45Q incentive-driven economics and risks to groundwater and public safety while permitting proceeds.
UK researchers using Climate Change Committee spreadsheets estimate full CCS program costs through 2050 at about GBP 264bn despite earlier GBP 21.7bn phase figures.
European carbon capture projects, examined by Amy Scott and Sam Baker, are transporting cement emissions from southern Norway to North Sea storage while North Carolina researchers explore marine carbon removal.
Almanac Beer Company in Alameda, California, deploys modular direct air capture to produce beverage-grade CO2 onsite and reduce delivery and cost risks.
The Railroad Commission of Texas approved ExxonMobil's Rose carbon capture and storage permit in Austin by a 2-1 vote, over Commissioner Wayne Christian's objections about safety and costs.
The Railroad Commission of Texas approved ExxonMobil's Rose carbon storage permit in Austin by a 2-1 vote despite Commissioner Wayne Christian's safety and subsidy concerns.
Stockholm Exergi selected Alfa Laval equipment for a Stockholm BECCS facility expected to capture and store up to 800,000 tonnes of biogenic CO2 annually from 2028.
Enhance Energy and Canadian and Alberta officials began construction Wednesday near Clive, Alberta, on a carbon capture hub expected to store 1.5 million tonnes of carbon dioxide annually from January 2027.
Enhance Energy began construction of the Origins carbon capture and storage hub in Clive, Alberta, to store up to 1.5 million tonnes of carbon dioxide annually from nearby industrial facilities.
Enhance Energy will begin operating the Origins carbon capture and storage hub near Clive, Alberta, in January, with capacity to store 1.5 million metric tons of carbon dioxide annually.
Computer Modelling Group shares fell in Calgary on September 17, 2026, as cautious energy-sector spending overshadowed demand for carbon capture and geothermal software.
9/18/2026 • Markets & Industry & Innovation • General
In October 2024, UK Energy Secretary Ed Miliband announced nearly 22 billion pounds over 25 years for CCS to support UK climate targets and industrial regeneration, while Drax paused a Yorkshire CCS plan citing UK and US regulation.
6/15/2026 • Policy, Politics & Governance • General
Ireland's climate minister asked the European Commission for flexibility on 2030 CCS obligations because Ireland lacks storage legislation, projects, infrastructure, and international agreements.
8/4/2026 • Policy, Politics & Governance • General
A review assesses explainable AI methods for subsurface CCUS, highlighting transparency needs for storage integrity monitoring, uncertainty quantification, and regulatory acceptance.
Texas Railroad Commission advances carbon storage permits while federal funding and regulatory shifts in 2020s weaken the business case for CCS projects in the Gulf Coast.
Cardinal Glass Industries announced on August 10, 2026, that Cardinal FG will install a carbon capture system at its float glass facility in Winlock, Washington.
ProPublica and Drilled argue CCUS and CCS can support net-zero goals, citing IEA and IPCC support and scaling projects in Norway, Louisiana, and South Australia.
Spirit Energy and Morecambe Net Zero Peak Cluster progressed CCS development in the UK, with NSTA assessing licence CS010 for CO2 storage in depleted East Irish Sea Morecambe fields.
AES Puerto Rico and other developers will advance coal reliability and CCUS feasibility studies under DE-FOA-0003605 in Puerto Rico, Maryland, Alaska, and West Virginia.
EPA granted Texas Class VI Underground Injection Control primacy on November 12, 2025, shifting CCS injection-well permitting and enforcement from EPA to the Railroad Commission of Texas.
Railroad Commission of Texas became the primary permitting and enforcement agency for Class VI CCS injection wells after Texas received EPA primacy in November 2025.
IEA data in 2025 show CCUS capture capacity rising by more than 10% and storage capacity increasing about 25%, with major 2026 milestones planned for the Netherlands, United Kingdom, Italy, and Greece.
BKV Corporation completed its September 15, 2026 acquisition of Barnett Shale assets in Texas, including a CCS project that captured more than 100,000 metric tons of CO2.
Mantel Capture raised $50 million and advanced carbon capture demonstrations in 2022 and subsequently across Quebec, Alberta, and West Virginia using a high-temperature molten-salt system.
Forecasts through 2035 project sustained CCS market expansion, led by North America and supported by net-zero regulation and carbon pricing for hard-to-abate industries.
3/23/2026 • Markets & Industry & Innovation • General