Henkel joins Global Impact Coalition to accelerate circularity and decarbonisation in chemicals

Henkel Adhesive Technologies has joined the Global Impact Coalition (GIC), a CEO-led platform born from major chemical producers and incubated at the World Economic Forum, in a move the company and the coalition say will link raw‑material innovation more closely with industrial demand and customer insight.

According to the original report, the partnership expands GIC’s remit beyond producers to include leading industrial users of chemical products, with Henkel positioned as a downstream partner that can help translate molecule‑level advances into scalable solutions across end markets. The coalition and Henkel intend to focus joint initiatives on reducing Scope 3 emissions, promoting safer chemistry and keeping valuable materials circulating longer , objectives the two parties say will be pursued through pilot projects and by scaling successful models.

“At a time when the industry is redefining itself under the weight of climate commitments and cost pressure, collaboration is the only credible path forward,” said Charlie Tan, CEO of the Global Impact Coalition. “Henkel’s participation marks a turning point , connecting upstream innovation with downstream demand to make sustainability a source of competitive advantage, not a cost,” Tan added.

The move aligns with a pattern of strategic supplier and feedstock partnerships Henkel has announced in recent years as it seeks to lower the carbon intensity of adhesive formulations and strengthen circularity across value chains. The company has disclosed collaborations with producers including Sasol, whose SASOLWAX LC range is being integrated into Henkel’s TECHNOMELT® hot melt adhesives to reduce cradle‑to‑gate product carbon footprint by around 35% for selected formulations; and with Dow, where Henkel and Dow say the introduction of low‑carbon feedstocks and renewable electricity in hot melt production could cut product carbon footprints by between 20% and 40% depending on the product line. Henkel has also secured multi‑year supply agreements for biobased tackifiers and rosin ester technologies from Kraton to support lower‑emission adhesive options for packaging applications.

Industry data shows that such upstream partnerships are increasingly important because a large share of adhesives manufacturers’ emissions sit outside their own operations, in purchased materials and downstream product use. The company said in a statement that participation in GIC will complement existing supplier engagement programmes , including its Climate Connect initiative , by linking supplier decarbonisation with customer needs and recyclability requirements.

One GIC flagship, the Automotive Plastics Circularity project, brings together polymer producers, recyclers and OEMs to redesign recovery and repurposing for end‑of‑life vehicle plastics. Henkel plans to apply its adhesives and coatings expertise to develop replicable circularity models for deployment across sectors, a capability the company has been building through partnerships and supplier recognition programmes. Henkel’s recent supplier awards, the company said in a press release, continue to underscore the strategic role of collaborators such as Dow and others in driving sustainable innovation and supply resilience.

The company claims the GIC partnership will accelerate the conversion of collaborative ambitions into commercially viable solutions, turning pilot projects into scaled offerings that reduce emissions and improve material circularity. Government figures and independent analyses highlight the challenge ahead: to meet net‑zero pathways the chemical and downstream industries must close material loops at scale while delivering cost‑competitive performance , a task that many industry participants describe as dependent on coordinated action across producers, suppliers and customers.

However, speaking to the broader market context, some observers warn that coalition membership and partnership announcements do not guarantee rapid transformation. The durability of low‑carbon feedstock supplies, the pace of chemical recycling capacity build‑out, and clear measurement and reporting of Scope 3 reductions remain critical constraints. Industry stakeholders say transparent, standardised accounting and commercially viable offtake arrangements will be essential if pilot successes are to become mainstream.

For professionals focused on industrial decarbonisation, Henkel’s GIC entry reinforces a trend toward value‑chain integration: producers, formulators and large industrial users are increasingly forging aligned commercial and technical pathways to reduce embedded emissions and design for circularity. Whether these collaborations will deliver the scale and speed required remains contingent on sustained investment, supply security for lower‑carbon materials, and the ability to translate pilot results into repeatable business models across sectors.