Junior Test Bench Engineer

Revolutionizing chemical production: Dioxycle's eco-friendly electrochemical process. Key points. * Dioxycle's method converts CO2 into formic acid in one low-temperature step. * The process reduces reliance on hydrogen and fossil fuel imports. * Partnership with Adani Enterprises aims to expand this technology in India. * This approach offers cost-competitive, cleaner production of essential chemicals. Dioxycle, a French-American startup, has developed an innovative electrochemical process that allows for the production of critical chemicals from industrial by-products and electricity, without depending on fossil-fuel imports. The company recently made headlines by announcing its platform's capability to convert captured CO2 directly into formic acid using low-carbon electricity, a significant advancement in sustainable chemical manufacturing. Traditionally, the production of CO2-based chemicals involves multiple steps, typically beginning with the generation of hydrogen as an intermediate. This hydrogen is then combined with CO2 through high-temperature thermochemical processes to produce the desired chemical product. However, Dioxycle's novel approach simplifies this by directly converting CO2 into formic acid through a single electrochemical process that operates at low temperatures. This method not only eliminates the need for hydrogen production but also allows for efficient utilization of intermittent renewable electricity. Sarah Lamaison, co-founder and CEO of Dioxycle, emphasizes the advantages of their technology, noting that it reduces the complexity of the production process from an average of seven steps to just two or three without needing intermediate products. This streamlining significantly cuts capital expenditure, making their clean formic acid not only environmentally friendly but also cost-competitive with fossil fuel-derived alternatives. Dioxycle's formic acid has various applications across multiple industries, including textiles, agriculture, rubber, and pharmaceuticals. Their pilot facility in France has demonstrated the effectiveness of this technology, and the company is ambitiously planning to establish commercial plants capable of producing between 10,000 to 30,000 tons per year. In a strategic move to broaden their operational capabilities, Dioxycle has partnered with Adani Enterprises Ltd., a major industrial conglomerate based in India. This collaboration aims to develop a pilot facility in India and explore the technology's potential for expanding it to produce a wider range of essential chemicals. Lamaison points out that their electrochemical platform can utilize a variety of industrial waste streams, including CO2 and waste salts, thereby enhancing manufacturing circularity, reducing reagent costs, and ensuring that critical reagent production can be localized to reduce reliance on global supply chains. Overall, Dioxycle's electrochemical process represents a significant leap towards sustainable chemical production, promising a cleaner and more efficient approach to manufacturing vital chemicals while addressing environmental concerns and resource dependency. September 1, 2026 at 05:00 PM Paris, France

Adani, Dioxycle partner on low-carbon chemical production using renewable power. The initiative will begin with a pilot facility at an Adani Group's site to produce formic acid using captured CO[2] and renewable electricity, followed by a phased scale-up to commercial manufacturing. 10 Jul 2026 Adani Enterprises Ltd (AEL) and French company Dioxycle have entered into a long-term partnership to develop and scale low-carbon chemical production in India. The initiative will begin with a pilot facility at an Adani Group's site to produce formic acid using captured carbon dioxide and renewable electricity. Following successful validation, the partners plan to scale the technology for commercial manufacturing. Formic acid and its derivatives are widely used across industries including textiles, agriculture and manufacturing. The project aims to demonstrate how captured carbon emissions can be converted into valuable products using clean energy. The 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. "We are proud to pilot India's first formic acid production facility powered entirely by renewable electricity and captured carbon. This partnership with Dioxycle is a testament to how strategic industrial synergies can turn carbon liabilities into sustainable, cost-effective economic assets," said Jeet Adani, Director, Adani Group. "This partnership demonstrates how clean technology and industrial scale can come together to reshape how essential chemicals are produced. India offers a unique combination of renewable energy, manufacturing capability, and ambition. Together with Adani, we aim to build a competitive and scalable model for low-carbon chemical production," said Sarah Lamaison, chief executive officer (CEO) and co-founder of Dioxycle. Beyond formic acid, the partners will explore opportunities to develop a broader portfolio of chemicals used across sectors such as energy, materials, packaging and manufacturing. Many of these sectors continue to rely on fossil-based feedstocks and face increasing pressure to reduce emissions. For the Adani Group, the initiative marks a strategic entry into the chemicals sector, building on its strengths in renewable energy and infrastructure while expanding its portfolio of future-ready businesses. More about