Netherlands Launches Collaborative Platform to Fast-Track Green Hydrogen Development
Delft, Friday, 22 May 2026.
TNO’s new COPE platform addresses a critical bottleneck in hydrogen technology by bringing together companies, researchers, and testing facilities under one coordinated framework. The initiative tackles a key industry challenge identified by Professor Thijs de Groot: current hydrogen projects consistently take longer than expected due to repeated mistakes and lack of knowledge sharing. COPE aims to harmonize testing protocols, map available capacity, and improve data exchange to accelerate the transition from research to commercial application, positioning the Netherlands as a green hydrogen leader.
Addressing Critical Knowledge Gaps in Hydrogen Technology
The Community of Practice Electrolysis (COPE) emerges as a strategic response to persistent challenges in the green hydrogen sector [1]. Professor Thijs de Groot of TU Eindhoven’s Electrochemical Engineering department highlights a fundamental problem: current hydrogen factories remain demonstration projects operating at testing scales, with electrolysis projects consistently exceeding planned timelines due to repeated mistakes across the industry [1]. The platform specifically targets the disconnect between academic research capabilities and practical implementation needs, as universities cannot conduct the long-term practical tests that companies can perform with their operational installations [1].
Strategic Framework for Accelerated Development
COPE’s operational strategy centers on three core objectives designed to streamline hydrogen technology development [1]. The platform will develop joint testing protocols to standardize evaluation procedures across participating organizations, map available test capacity to optimize infrastructure utilization, and enhance data exchange agreements to facilitate knowledge transfer [1]. According to Tara van Abkoude from TNO, the collaborative approach recognizes that no single organization can develop the hydrogen market independently, creating a platform where parties not only share knowledge but also implement and execute projects together [1]. The initiative has already published a preliminary inventory of existing test facilities, establishing a foundation for coordinated testing efforts [1].
Netherlands Positioning in Global Hydrogen Economy
The COPE launch coincides with significant momentum in the Netherlands’ hydrogen infrastructure development, as demonstrated during the World Hydrogen Summit in Rotterdam earlier this week [4]. On May 20, 2026, Dutch authorities, including King Willem-Alexander, celebrated the completion of the first 32 kilometers of the national hydrogen network, marking a crucial milestone in connecting hydrogen producers with consumers across the Netherlands and neighboring countries [4]. Minister Stientje van Veldhoven emphasized the Netherlands’ strategic advantages, citing the country’s ports, industrial base, and energy infrastructure as key assets for establishing international leadership in the hydrogen economy [4].
International Collaboration and Market Development
The timing of COPE’s introduction aligns with expanding international partnerships that position the Netherlands as a hydrogen hub [4]. During the Rotterdam summit, Dutch officials engaged with counterparts from Germany, Denmark, Oman, and South Africa to advance international hydrogen cooperation [4]. Multiple international agreements were finalized, including a memorandum of understanding between Kawasaki and Ecolog for liquid hydrogen transport from Oman to Amsterdam [4]. These developments underscore the Netherlands’ commitment to building an open international hydrogen market through diverse supply routes and strategic partnerships, with COPE serving as a domestic catalyst for the technological advancement needed to support these ambitious goals [4].