Henkel achieves carbon-neutral production at adhesives sites in Turkey and India

At Kurkumbh, carbon-neutral operations were achieved by replacing furnace oil-based thermic fluid heaters with high-efficiency electric systems, eliminating fossil fuel consumption. This transformation required a complete upgrade of the site’s energy infrastructure, including the optimization of heat loads, the installation of cutting-edge high-efficiency heat exchangers and significant investments in electrical capacity to support full electrification. Combined with the transition to 100% renewable electricity, these measures enabled the complete elimination of both Scope 1 and Scope 2 releases of approximately 11300 tons of CO₂ equivalent, marking a major milestone in the site’s decarbonization journey.

At its Gebkim Plant in Türkiye, Henkel has implemented a landmark electrification project by fully replacing a natural gaseous-fired boiler with a high-efficiency electric boiler system. This transition eliminated direct fossil fuel consumption at the site and reduced Scope 1 releases to zero resulting in an annual reduction of approximately 956 tons of CO₂ equivalent.

To complement this, the site has transitioned entirely to 100% renewable electricity, combining onsite solar generation with International Renewable Energy Certificates (I-REC). As a result, Scope 2 releases have also been reduced to zero, while the improved efficiency of the new system enables the site to maintain production output with reduce total energy consumption. Through this combination of electrification and renewable energy sourcing, the Gebkim Plant has achieved full decarbonization across Scope 1 and Scope 2, becoming one of Henkel’s leading examples globally of how fossil-fuel-free operations can be realized at scale.

“Achieving carbon-neutral production at two of our key Flagship sites in IMEA is a strong measure forward in delivering on Henkel Adhesive Technologies’ global sustainability ambitions,” commented Simon Ulmann, Vice Presidnet Supply Chain & Operations IMEA at Henkel Adhesive Technologies on the latest milestone. “Our ambition is clear: we are systematically eliminating fossil fuels from all our operations and replacing them with electrified processes powered by renewable energy. Our manufacturing milestone in both Kurkumbh and Gebkim show how we can translate our strategy into tangible impact at site level, accelerating our journey toward net-zero operations.”

“Achieving carbon neutrality at our Kurkumbh site underscores our strong commitment to sustainable development, responsible manufacturing, and operational excellence,” said Bappa Bandyopadhyay, Director Operations & Projects India at Henkel Adhesive Technologies. “Through renewable energy adoption and continuous efficiency improvements, we have significantly reduced our carbon footprint while upholding the highest standards of security, condition, and performance. This milestone shows that sustainability and business performance can advance together to create prolonged value.”

Adding to that, Mehmet Yılmaz, Director Operations & Projects Middle-East & Africa at Henkel Adhesive Technologies said: “The transformation of our Gebkim Plant is a concrete example of how electrification can fundamentally change manufacturing operations. By moving to a fully electric system and renewable energy, we have eliminated fossil fuel application completely, demonstrating what is possible when innovation, methodology, strong teamwork and dedication come together.”

By scaling electrification and renewable energy adoption, Henkel is accelerating the decarbonization of its global production network. These transformations play a critical role in achieving the company’s broader net-zero ambition of reducing the carbon footprint of its operations and value chain while enabling customers to meet their own sustainability goals. This milestone underline Henkel’s commitment to leading the transformation toward sustainable sector, demonstrating that fossil fuel-free manufacturing is both achievable and scalable across regions.