JSW Steel has signed a memorandum of understanding with Bharatia and Carbon Iceland International to explore the development of a large-scale green methanol, or eMethanol, project in India. The agreement was announced during the India-Nordic Summit and forms part of the company’s broader decarbonisation strategy aimed at reducing industrial carbon intensity.

The proposed project is expected to have an estimated capacity of around 300 KTPA and will initially focus on utilising carbon dioxide emissions generated from JSW Steel’s Raigad operations in Maharashtra. The concept involves capturing high-purity CO₂ streams from steel manufacturing and converting them into eMethanol through the use of green hydrogen powered by renewable energy.

What makes the project strategically important is its focus on carbon capture and utilisation, commonly referred to as CCU. Unlike conventional carbon reduction approaches that primarily rely on emission cuts, CCU attempts to transform industrial emissions into commercially usable products. In this case, captured carbon emissions would be converted into green methanol, a fuel increasingly viewed as a potential low-carbon alternative for sectors that are difficult to electrify.

Green methanol has gained international attention particularly in the shipping industry, where decarbonisation pressure is intensifying. Global maritime companies are exploring alternative fuels to meet tightening environmental regulations, and eMethanol is emerging as one of the viable options because it can be integrated into existing fuel infrastructure with relatively lower adaptation requirements compared to some alternatives.

For JSW Steel, the collaboration reflects a broader shift underway in the global steel industry. Steel manufacturing remains one of the most carbon-intensive industrial activities, and companies worldwide are under pressure to reduce emissions while maintaining competitiveness. Technologies involving green hydrogen, carbon capture and alternative fuels are increasingly being integrated into long-term transition plans.

The MoU outlines a phased roadmap beginning with feasibility studies and assessment of commercial viability before any full-scale implementation. This suggests that the project remains at an exploratory stage rather than an immediate capital deployment initiative. However, the inclusion of renewable-energy-linked hydrogen and carbon utilisation technologies indicates that the company is positioning itself early in emerging low-carbon industrial ecosystems.

Why this matters for India extends beyond a single project. Industrial decarbonisation is becoming a central theme in India’s energy transition strategy, especially as export markets begin imposing stricter carbon-related standards on imported goods. Initiatives such as green methanol production could help India build domestic climate technology capabilities while also supporting energy security and new clean fuel supply chains.

The partnership also aligns with growing government and industry interest in green hydrogen-linked infrastructure. India has been promoting investments in hydrogen, renewable energy and low-carbon manufacturing as part of its long-term climate and industrial policy objectives. Projects combining carbon utilisation with renewable hydrogen may eventually become important demonstration models for future industrial applications.

Market Impact on India

The development supports India’s broader clean-energy transition narrative and strengthens the country’s positioning in emerging climate technologies. It could encourage further investment into carbon capture, green hydrogen and alternative fuel ecosystems over the medium term.

Sector Impact

For the metals and industrial sectors, the project highlights increasing pressure to adopt decarbonisation technologies. Companies with early exposure to CCU and green fuel integration may gain strategic advantages as carbon-related regulations tighten globally.

Bull vs Bear Scenario

The bullish view is that early investment in green methanol and carbon utilisation technologies could position JSW Steel advantageously in future low-carbon supply chains, especially for export-oriented operations.

The bearish view is that commercial viability remains uncertain due to high costs associated with green hydrogen production, carbon capture infrastructure and renewable energy integration.

Risk Section

Key risks include technology scalability challenges, policy uncertainty around carbon markets and green fuel incentives, and the high capital intensity associated with commercial deployment. The economics of green methanol production remain heavily dependent on renewable power availability and hydrogen costs.

Overall, the MoU reflects JSW Steel’s attempt to align industrial growth with long-term decarbonisation trends. While still at a feasibility stage, the initiative signals increasing momentum behind carbon utilisation technologies within India’s heavy industrial sector.