Adani and France's Dioxycle to Launch India’s Ist CO₂‑to‑Chemicals Plant

Adani Enterprises has partnered with France’s Dioxycle to launch India’s first pilot plant producing formic acid from captured carbon dioxide and renewable electricity — a landmark move that marks Adani’s entry into low‑carbon chemicals. The project will be located at an Adani Group site, with plans to scale up to commercial production after successful validation.

Low‑carbon chemicals are industrial products made using renewable energy and sustainable feedstocks (like biomass or captured CO₂) instead of fossil fuels, significantly reducing greenhouse gas emissions. They are central to decarbonizing the chemical industry, which is one of the largest contributors to global emissions.

The Adani-Dioxycle partnership combines Dioxycle’s electrically driven chemical manufacturing technology with Adani Group’s clean-energy capabilities, infrastructure platform and project execution expertise to create a new model for sustainable and cost-competitive chemical production.

Key Highlights of the Partnership

• Pilot Plant: Produces formic acid using captured CO₂ and renewable electricity.
• Strategic Entry: Adani’s first step into the chemicals sector, expanding beyond energy and infrastructure.
• Technology: Dioxycle’s electrically driven process replaces fossil fuels with renewable power.
• Applications: Formic acid is widely used in textiles, agriculture, and manufacturing.
• Future Expansion: Plans to explore other chemicals for energy, packaging, and materials sectors.

Why Formic Acid Matters

• Industrial Uses: Preservative in animal feed, dyeing agent in textiles, and intermediate in chemical manufacturing.
• Sustainability Impact: Converts carbon emissions into valuable products, reducing reliance on fossil feedstocks.
• Market Potential: India’s growing demand in agriculture and textiles makes local production strategically important.

Statements from Leaders

• Jeet Adani (Director, Adani Group): “We are proud to pilot India’s first formic acid facility powered entirely by renewable electricity and captured carbon.”
• Sarah Lamaison (CEO, Dioxycle): “India offers a unique combination of renewable energy, manufacturing capability, and ambition. Together, we aim to build a scalable model for low‑carbon chemical production.”

Strategic Importance

Factor	Details
Carbon Capture	Converts emissions into chemicals, reducing industrial carbon footprint.
Economic Value	Creates cost‑effective alternatives to fossil‑based feedstocks.
India‑Europe Cooperation	Strengthens clean‑tech ties between India and France.
Job Creation	New opportunities in chemical manufacturing and renewable energy.

Risks & Challenges

• Validation Risk: Commercial scaling depends on successful pilot outcomes.
• Regulatory Approvals: Environmental and industrial clearances may delay timelines.
• Market Competition: Competing with global players in sustainable chemicals.

What This Means for India

• This partnership positions India as a pioneer in low‑carbon chemical manufacturing, aligning with its renewable energy ambitions and industrial growth.
• It’s a strategic clean‑tech story linking carbon capture, industrial innovation, and India‑Europe cooperation.

Low‑carbon chemicals represent a fundamental re‑architecture of industrial chemistry, shifting from fossil‑based to renewable, circular systems. For India, projects like Adani–Dioxycle’s pilot plant show how captured carbon can become a valuable feedstock, positioning the country as a leader in sustainable industrial innovation.