Sustainability

We support responsible consumption and production by converting forest industry side streams into high-value biobased materials. Through circular design, upcycling, and the efficient use of resources, we help reduce waste, limit reliance on virgin fossil-based raw materials, and contribute to more sustainable industrial value chains.

By replacing fossil-based inputs with renewable and upcycled alternatives, Innomost contributes to the reduction of greenhouse gas emissions in industrial applications. Our materials support customers in addressing climate impact, including the reduction of emissions across their value chains.

We enable sustainable industrial innovation by developing biobased materials that meet high-performance and scalability requirements. Our work supports the transition towards more resilient, future-ready industrial systems where sustainability and functionality go hand in hand.

Our raw materials originate from responsibly managed forest industry side streams, without increasing pressure on natural ecosystems. By making efficient use of existing renewable resources, Innomost contributes to sustainable land use and the protection of terrestrial ecosystems.

We develop materials with a strong focus on safety for both people and the environment. By advancing non-toxic and responsible chemistry, we support healthier products, safer working conditions, and improved well-being across the value chain.

Meaningful sustainability progress requires collaboration. Innomost works closely with customers, industrial partners, and research organisations to accelerate the adoption of circular, biobased materials. Through long-term partnerships, we contribute to shared progress towards global sustainability goals.