The decarbonisation market will surpass $4.7tn by 2033

Driven by investment in low-carbon technologies, the global decarbonisation market is expected to reach $4.7tn by 2033, according to Allied Market Research, with an average annual growth rate of 8.1%.

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The global decarbonisation market, valued at $2.2tn in 2023, is projected to reach $4.7tn by 2033, with an average annual growth rate of 8.1% over the 2024–2033 period. This projection, published by Allied Market Research, highlights the rise of integrated technological solutions across energy, transport and industrial sectors in response to growing demand for low-emission systems.

Key technologies and end-user sectors

Advances in carbon capture and storage (CCS), smart grid technologies, energy storage, and hydrogen production are increasing the market’s appeal. These innovations enable the replacement of fossil fuel-based systems in sectors such as automotive, defence, aerospace and utilities. Cost and performance optimisation is a decisive factor in the adoption of these systems.

Geopolitical and economic impacts

The market’s evolution is closely tied to macroeconomic factors such as inflation, interest rates, and national fiscal policies. Public incentives, such as the Inflation Reduction Act in the United States and the European Union’s Green Deal, are directing capital flows towards low-carbon infrastructure. In parallel, the push for energy independence in regions historically reliant on fossil fuel imports is accelerating investment in green hydrogen, batteries and renewable energy.

Structural constraints and institutional responses

High initial costs, technological limitations, and regulatory uncertainty are hindering the deployment of carbon capture projects and complicating the integration of renewable energy. Supply tensions surrounding critical materials – lithium, cobalt, rare earths – add to these challenges. Public authorities are responding through industrial partnerships, carbon pricing mechanisms and enhanced applied research funding.

Growth outlook and market developments

The expansion of direct air capture technologies and large-scale storage solutions is broadening the sector’s potential. The integration of CCS technologies with hydrogen production and bioenergy systems could support the development of carbon-negative solutions. The emergence of digital energy management platforms, such as the one recently launched by Schneider Electric SE, also contributes to the optimisation of decarbonisation strategies across the building and heavy industry sectors.

TotalEnergies reduced its stake in the Bifrost CO2 storage project in Denmark, bringing in CarbonVault as an industrial partner and future client of the offshore site located in the North Sea.
The United Kingdom is launching the construction of two industrial carbon capture projects, backed by £9.4bn ($11.47bn) in public funding, with 500 skilled jobs created in the north of the country.
Frontier Infrastructure, in partnership with Gevo and Verity, rolls out an integrated solution combining rail transport, permanent sequestration, and digital CO₂ tracking, targeting over 200 ethanol production sites in North America.
geoLOGIC and Carbon Management Canada launch a free online technical certificate to support industrial sectors involved in carbon capture and storage technologies.
AtmosClear has chosen ExxonMobil to handle the transport and storage of 680,000 tonnes of CO₂ per year from its future biomass energy site at the Port of Baton Rouge, United States.
The Dutch start-up secures €6.8mn to industrialise a DAC electrolyser coupled with hydrogen, targeting sub-$100 per tonne capture and a €1.8mn European grant.
Japan Petroleum Exploration is preparing two offshore exploratory drillings near Hokkaidō to assess the feasibility of CO₂ storage as part of the Tomakomai CCS project.
The Singaporean government has signed a contract to purchase 2.17 million mtCO2e of carbon credits from REDD+, reforestation and grassland restoration projects, with deliveries scheduled between 2026 and 2030.
The Canadian government is funding three companies specialising in CO2 capture and utilisation, as part of a strategy to develop local technologies with high industrial value.
European carbon allowance prices reached a six-month high, driven by industrial compliance buying ahead of the deadline and rising natural gas costs.
Zefiro Methane Corp. completed the delivery of carbon credits to EDF Trading, validating a pre-sale agreement and marking its first revenues from the voluntary carbon market.
Hanwha Power Systems has signed a contract to supply mechanical vapour recompression compressors for a European combined-cycle power plant integrating carbon capture and storage.
A prudent limit of 1,460 GtCO2 for geologic storage reshapes the split between industrial abatement and net removals, with oil-scale injection needs and an onshore/offshore distribution that will define logistics, costs and liabilities.
Frontier Infrastructure Holdings drilled a 5,618-metre well in Wyoming, setting a national record and strengthening the Sweetwater Carbon Storage Hub’s potential for industrial carbon dioxide storage.
The Northern Lights project has injected its first volume of CO2 under the North Sea, marking an industrial milestone for carbon transport and storage in Europe.
Verra and S&P Global Commodity Insights join forces to build a next-generation registry aimed at strengthening carbon market integration and enhancing transaction transparency.
Singapore signs its first regional carbon credit agreement with Thailand, paving the way for new financial flows and stronger cooperation within ASEAN.
Eni sells nearly half of Eni CCUS Holding to GIP, consolidating a structure dedicated to carbon capture and storage projects across Europe.
Investors hold 28.9 million EUAs net long as of August 8, four-month record level. Prices stable around 71 euros despite divergent fundamentals.
The federal government is funding an Ottawa-based company’s project to design a CO2 capture unit adapted to cold climates and integrated into a shipping container.