From Lab to Market: Why Innovators Build Their Pilot Plants in the Netherlands

With world-class infrastructure, talent, and collaboration opportunities, the Netherlands offers a strong ecosystem to test, scale and accelerate new technologies

As industries work to decarbonize and future-proof their operations, pilot plants, demonstration facilities, R&D centers and field labs are a hotbed of pioneering breakthroughs that seek to solve today’s greatest challenges.

From sustainable chemistry to next-generation materials and circular technologies, global companies are increasingly turning to the Netherlands as their preferred location for pilot plants and demonstration facilities.

These projects are the critical bridge between laboratory innovation and full-scale commercialization. And the explanation for why the Netherlands excels in this space is clear: pilot plans require the right ingredients of infrastructure, talent, and collaboration, of which the Netherlands has all three.

What makes the Netherlands a proven ecosystem for scaling innovation?

The Netherlands has built a strong reputation as a place where innovation moves forward at pace. From early-stage research to pilot and First-of-a-Kind (FOAK) facilities, companies benefit from an integrated ecosystem that supports every step of the journey.

With facilities delivering breakthroughs in fields such as sustainable chemicals, agtech, and biotech across the country, a series of reasons contribute towards the Netherlands’ reputation as an ideal environment for companies moving technology from test to market.

1. Bridging the “valley of death” with innovation incentives

One of the biggest challenges in innovation is scaling up from lab success to commercial viability – the so-called “valley of death.” The Netherlands actively addresses this challenge through attractive incentive schemes and public-private support mechanisms.

Government-backed initiatives such as the National Growth Fund, along with regional subsidies and innovation incentives, help to de-risk pilot projects and enable companies to move forward with confidence.

For many international investors, this support is a decisive factor when selecting a pilot location. ALPLA, for example, secured Dutch government backing to develop a pioneering process for food-grade plastic recycling

Chemelot

2. Compact clusters that accelerate progress

The Netherlands’ relatively small geographic size is a strategic advantage. Dense, well-connected industry clusters allow companies to test technologies efficiently, collaborate easily, and scale faster, reducing complexity and risk when moving to industrial scale.

The Chemelot Brightlands Campus, is an excellent example of a concentrated area of industry innovation. It is a key part of the Dutch chemical industry ecosystem and is particularly attractive for pilot facilities. The science park, described as the home of ‘Tomorrow’s Chemistry & Materials’, is Europe’s first Circular Hub, specializing in circular materials, sustainable processes, and biomedical solutions for a more sustainable world.

Companies like Deep Branch Technologies, an animal feed innovator which is producing proteins from CO2 and hydrogen using micro-organisms, and Coolbrook , which launched the world’s first electric steam cracking pilot plant, benefit from the expertise and infrastructure Chamelot Brightlands offers, having recently set up pilot facilities there.

Coolbrook

3. A highly collaborative innovation model

The Dutch “triple helix” model, characterized by close cooperation between industry, academia, and government, is a cornerstone of the country’s success in pilot projects. This open innovation environment creates fertile ground for experimentation and co-creation.

At Chemelot alone, more than 100 companies and institutes collaborate within a community of thousands of professionals and students. Together, they are advancing solutions ranging from recyclable packaging and bio-based materials to medical innovations.

This collaborative approach is particularly evident in the rapid advancement of plastic recycling technologies, where established chemical companies, startups, and research institutes are working side by side to accelerate progress.

4. Access to top talent and early adopters

Innovation depends on people, and the Netherlands provides a rich pool of top talent. The country offers a highly skilled, internationally oriented workforce, particularly in engineering, chemistry, and life sciences.

Companies such as Paebbl (which is developing cutting-edge technology to permanently store CO₂ in materials for the construction industry), have cited the ability to quickly attract experienced engineers and operators as a key factor in their decision to establish pilot and demo plants in Rotterdam. Access to talent enables faster build-out, smoother operations, and more effective scaling.

The Netherlands’s business culture is also defined by openness to innovation. As early adopters of new technologies, local users and partners provide an ideal testing ground for cutting-edge concepts, helping companies refine their solutions before broader market rollout.

Paebbl

5. Strategic logistics and market access

With world-class infrastructure and a central location in Europe, the Netherlands offers unmatched logistical advantages. The Port of Rotterdam, Europe’s largest, serves as a critical gateway for importing raw materials and exporting pilot outputs.

This connectivity allows companies to efficiently test supply chains and distribute pilot-scale production across European and global markets. For businesses developing new materials or processes, the ability to integrate logistics early in the scaling phase is a major advantage.

For example, Novocycle selected the Netherlands not only for its innovation ecosystem but also for its strategic proximity to key battery manufacturers and European markets -essential for scaling its battery recycling solutions.

And engineering company, Zeton, is supporting the whole pilot ecosystem, having established a strong presence designing and building modular pilot plants and demo factories, giving companies the premises they need to achieve their ambitions.

Novocycle

6. A leading hub for circular and sustainable solutions

As these examples show, sustainability is at the heart of many pilot projects in the Netherlands. The country is at the forefront of circular economy innovation, particularly in areas such as plastics recycling, carbon capture and utilization (CCU), and clean energy.

Further examples include, SABIC, which operates a pilot plant focused on developing next-generation polypropylene (PP) using advanced polymerization technologies.

Aduro Clean Technologies is advancing a First-of-a-Kind (FOAK) facility for chemical recycling of plastics, while Itero is scaling a demonstration plant to process hard-to-recycle waste.

Meanwhile, Dutch innovator Avantium continues to expand its FDCA pilot plant with additional polymerization capacity, advancing the development of sustainable, plant-based plastics and bringing circular materials closer to large-scale adoption.

From pilot to global impact

What sets the Netherlands apart is not just its ability to host pilot plants, but its capacity to turn them into global success stories.  For companies navigating the complex transition from concept to commercialization, the message is clear: the Netherlands offers a unique combination of collaboration, infrastructure, talent, and support that makes it one of the most attractive locations in the world for pilot projects.

As the pace of technological change accelerates, the role of pilot and demonstration facilities will only grow, and the Netherlands stands out – not just as a place to test innovation, but to scale it.

For international innovators, the message is simple: if you’re ready to move from pilot to global impact, the Netherlands is ready for you.

21 July 2026