The European Union has formally adopted an ambitious climate objective, committing to reduce net greenhouse gas emissions by 90 percent by 2040 compared with 1990 levels, accelerating its path toward climate neutrality by 2050. Under the amended European Climate Law, from 2036, up to five percent of this reduction may be achieved through high-quality international carbon credits, while at least 85 percent must result from domestic emission cuts.  

Carbon credits must originate from credible partner-country activities consistent with Paris Agreement accounting and emerging EU safeguards. This framework represents a profound shift for heavy and energy-intensive sectors such as steel, cement, chemicals and basic metals, which face steep compliance costs to decarbonise. Electrification, renewable energy integration, low-carbon hydrogen and carbon capture technologies will be essential, requiring significant infrastructure and process upgrades. 

The five percent flexibility in international carbon credits translates to approximately 232 million tonnes of CO₂ equivalent annually, based on 1990 net emissions of roughly 4.6 billion tonnes. According to the CEO of a leading climate‑focused investment firm this “could generate a market worth roughly EUR 50 billion during the 2030s.” For multinational executives, this opens dual opportunities: investing in domestic decarbonisation to meet the bulk of reduction obligations while strategically engaging in global carbon markets.  

“[International carbon credits] could generate a market worth roughly EUR 50 billion during the 2030s.”

CEO of a leading climate‑focused investment firm, Switzerland

A noted author and expert on global carbon markets observed, “The most obvious and significant opportunities are for developers of sustainable projects around the world, particularly in the space of nature-based solutions. Many of those projects could become commercially viable through the additional climate finance component, lowering carbon emissions and providing benefits to local communities.” 

Since these credits must comply with Article 6 of the Paris Agreement, there is also “a massive opportunity for ‘Authorised Entities’ (traders and project developers) to facilitate government-to-government (article 6.2) or project-to-government (article 6.4) transfers,” remarked the CEO. The EU’s enforcement of quality standards beyond basic UN requirements creates a niche for advanced monitoring, reporting and verification technologies using satellites and AI to ensure compliance. Furthermore, as the chief executive explained, “Platforms that can bundle diverse project types into ‘EU-compliant’ portfolios will be essential for Member States (like Poland or Sweden) that intend to use these credits to meet national targets.” 

“Platforms that can bundle diverse project types into ‘EU-compliant’ portfolios will be essential for Member States (like Poland or Sweden) that intend to use these credits to meet national targets.”

CEO of a leading climate‑focused investment firm, Switzerland

The 85 percent domestic reduction requirement will drive significant technological adoption and investment in Europe. Electrification and hydrogen deployment are projected to more than double global electricity consumption to over 50,000 terawatt-hours by 2050, while hydrogen demand could rise from approximately 95 million tonnes today to up to 800 million tonnes. Meeting this scale will require annual investment of USD 4-5 trillion in clean energy systems. Carbon capture, utilisation and storage technologies further expand the industrial toolkit, although they elevate operational complexity and capital expenditure.  

Our sources warned that deep decarbonisation could increase EU industrial costs by 20–60 percent, requiring over EUR 600 billion annually, which raises competitiveness concerns against the United States and China, where the Inflation Reduction Act provides roughly USD 369 billion in incentives and China dominates low-cost clean technology manufacturing. 

The five percent international carbon credit flexibility also offers commercial opportunities in nature-based removals, such as reforestation and engineered solutions, including bioenergy with carbon capture and direct air capture. Emerging economies are expected to supply a large share of carbon credits, with global potential reaching seven to thirteen gigatonnes of CO₂ annually by 2030. Brazil and Indonesia alone account for one to two gigatonnes of nature-based mitigation potential, while countries such as India and Kenya are scaling markets capable of supplying tens to hundreds of millions of tonnes per year. 

The EU’s 2040 climate target represents both a regulatory challenge and a strategic signal. Companies that move to integrate electrification, hydrogen and carbon capture technologies while engaging with high-quality, EU-compliant international carbon credits will be best positioned to navigate the transition. As the EU tightens both domestic reductions and credit standards, success will depend on the ability to align technological investment, market participation and regulatory compliance, transforming ambitious climate targets into a lever for sustainable growth and competitive edge in both going green and earning green.