Pioneering Sustainable Materials: Foamlab Secures €3 Million to Replace Plastics with Bio-Foam

2026-04-25 chemical

Delft, Saturday 25 April 2026
Delft-based Foamlab has secured €3 million to scale its compostable bio-foams. By harnessing microbial fermentation to control nanoscale structures, they offer a revolutionary, sustainable replacement for fossil-based plastics.

A Catalyst for Circular Economy Materials

In late April 2026, the Dutch biomaterials sector witnessed a significant milestone as Foamlab B.V. successfully closed a €3 million growth capital round [1][2]. Led by ICOS Capital, the funding consortium includes Value Factory Ventures, DOEN Ventures, Capricorn Industrial Biotech Fund, and TTT Green Tech, which is managed by SHIFT Invest [1][3][4]. Founded in 2024 as a spin-off from the Faculty of Industrial Design Engineering at Delft University of Technology (TU Delft), the startup has rapidly transitioned from academic research to commercial viability in just 2 years [1][4]. The company, spearheaded by CEO Jeroen van Rotterdam and Scientific Advisor Professor Elvin Karana, aims to disrupt traditional manufacturing by replacing highly polluting, fossil-based plastics with sustainable alternatives [1][4].

Scaling Up Production and Pilot Facilities

The newly acquired €3 million capital injection is earmarked for a critical phase in Foamlab’s trajectory: the construction of a pilot plant [1][6]. This facility will enable the startup to scale up its production capabilities, effectively bridging the gap between laboratory-scale biofabrication and industrial-scale supply [1][3]. By increasing output, Foamlab will be positioned to serve its early customer base and accelerate its commercial rollout [2][6]. The strategic backing of its investors goes beyond mere financial support; as CEO Jeroen van Rotterdam noted, the consortium brings hands-on expertise and extensive network access, which are vital for navigating the complex path to market [1][2].

Driving the Benelux Chemical Transition

Foamlab’s trajectory is emblematic of a broader, systemic shift occurring across the Benelux region’s industrial landscape [GPT]. Major chemical clusters, notably Chemelot in the Netherlands and the integrated port complexes of Rotterdam and Antwerp, are undergoing profound transitions to align with stringent European climate targets [GPT]. Historically reliant on fossil feedstocks, these industrial hubs are increasingly pivoting towards sustainable chemistry, circular economy materials, and green hydrogen applications to decarbonise their operations [alert! ‘While green hydrogen is a major focus for these clusters, Foamlab specifically focuses on biomaterials rather than hydrogen applications’][GPT]. The venture capital interest in startups like Foamlab underscores a growing market confidence in bio-based alternatives that can directly substitute traditional plastics in complex supply chains [1][GPT].

Sources & Ecosystem Partners

Venture funding Biomaterials