Innomost is participating in Deep Tech Investor Day (DTID) 2026, one of the Nordic region’s most important meeting places for investors, startups, researchers, industry leaders, and policymakers.
What makes DTID unique is not only the quality of the companies and investors attending, but the recognition that solving complex global challenges requires collaboration across disciplines. Innovation does not happen in isolation. It happens when science, industry, capital, and market needs come together.
For deep tech companies, this is particularly important.
Beyond Innovation: The Challenge of Commercialisation
Many breakthrough technologies demonstrate impressive technical performance. Far fewer successfully navigate the journey from research and development to large-scale commercial adoption.
The challenge is rarely innovation alone.
Customers need solutions that are scalable, reliable, cost-competitive, and capable of integrating into existing value chains. Investors look for technologies with clear market opportunities, defensible intellectual property, strong teams, and realistic pathways to growth.
This is where events such as DTID create real value. They bring together the stakeholders required to bridge the gap between scientific innovation and commercial success.
Building Sustainable Materials for Industrial Scale
At Innomost, we are transforming upcycled birch bark from the forest industry into high-performance biobased ingredients for applications in cosmetics, coatings, packaging, textiles, and other industrial sectors.
Our focus extends beyond replacing fossil-based materials.
We believe sustainable materials must also deliver the performance, consistency, and supply reliability that industrial customers expect. Sustainability alone does not drive adoption. Materials must solve real customer challenges while meeting increasingly ambitious environmental targets.
By creating value from underutilised side streams, we contribute to a more circular economy while helping industries reduce their dependence on fossil-based raw materials.
The Business Case for Biobased Innovation
The bioeconomy is moving beyond niche applications and becoming an increasingly important driver of industrial transformation.
Across sectors, companies are seeking reliable alternatives to fossil-based raw materials to strengthen supply chain resilience, meet sustainability commitments, and respond to evolving market demands. This is creating attractive opportunities for businesses capable of delivering scalable, high-performance biobased solutions.
For investors, the most compelling opportunities are found where scientific innovation meets commercial readiness. Success depends not only on breakthrough technology but also on the ability to secure reliable feedstocks, scale production, build strategic partnerships, and deliver measurable value to customers.
As the transition towards a circular economy accelerates, companies that combine sustainability, performance, and commercial viability are positioned to become the market leaders of tomorrow.
