Invest-NL Outlines Strategic Roadmap for Dutch Chemical Industry’s Circular Transition
Amsterdam, Tuesday 17 February 2026
The national promotional institution details critical pathways to replace fossil carbon with recycled and bio-based alternatives, aiming to secure the sector’s global competitiveness alongside its 2050 net-zero targets.
Charting the Course to 2050
The Dutch chemical sector, a cornerstone of the national economy, faces a pivotal transformation as it seeks to reconcile industrial output with stringent climate mandates. In its newly released report, ‘Van Keten naar Kringloop’ (From Chain to Cycle), Invest-NL articulates a comprehensive strategy to overhaul the industry’s reliance on fossil inputs [1]. Currently, the production of plastics and construction materials is predominantly dependent on oil and gas [1]. To achieve climate neutrality by 2050, the sector must fundamentally shift its feedstock base, replacing fossil carbon with recycled streams, bio-based raw materials, and carbon captured from CO₂ emissions [1]. This transition is critical not only for meeting environmental targets but also for ensuring the Dutch industry remains competitive on the global stage [1].
Scenarios for a Circular Economy
The report, underpinned by research from Eqolibrium, presents three distinct scenarios for the sector’s evolution towards 2050 [1]. The first, ‘Unchanged Policy’, envisions a continuation of current national and European frameworks without additional interventions [1]. The second, ‘Earning Capacity’, targets net-zero emissions by 2050 while prioritising the maintenance of a competitive playing field for Dutch industry [1]. The most ambitious scenario, ‘Maximum Circularity’, strives for a completely fossil-free and circular economy by the mid-century mark [1]. These pathways highlight the complex trade-offs between policy choices and the technological routes required to decarbonise major industrial clusters, such as those found in the Rotterdam and Chemelot regions [GPT], without sacrificing employment or economic vitality [1].
Bio-Based Innovation and Market Growth
This strategic pivot within the Netherlands mirrors broader global trends, where the bio-based chemicals market is experiencing robust expansion. Projections indicate this market will reach $149.69 billion by 2030, driven by a Compound Annual Growth Rate (CAGR) of 11.4% [2]. This growth is fuelled by increasing commitments to net-zero emissions and the rising demand for sustainable packaging and industrial decarbonisation [2]. Dutch innovation is already contributing to this momentum; in December 2025, Pegasus Materials BV introduced Virela-X001, a bio-based high-heat polyamide, and Virela-X002, a partially bio-based polyimide designed for industrial 3D printing [2]. Such advancements demonstrate the sector’s capability to develop advanced materials that reduce reliance on fossil-based feedstocks while enhancing thermal stability and efficiency [2].
Infrastructure and Resource Allocation
However, the transition requires disciplined resource management and substantial infrastructure investment. Invest-NL explicitly advises against utilizing scarce biomass for low-value applications or processes that can be easily electrified [1]. Instead, the focus must be on high-quality recycling and prioritising biogenic routes for carbon chemistry [1]. To support these technological shifts, the report calls for accelerated investments in energy infrastructure, specifically for electricity and hydrogen supply chains [1]. Achieving these objectives demands close collaboration between the government, regional authorities, financiers, and private companies to ensure the creation of a carbon chemistry sector that meets climate goals while attracting new business [1].