Project ANIONE (2020-2023) focused specifically on AEM electrolysis for renewable hydrogen, with TFP contributing to membrane-electrode assembly fabrication and electrolysis stack development.
TFP HYDROGEN PRODUCTS LTD
UK SME manufacturing specialist components for hydrogen electrolyzers, active in both anion exchange membrane and membraneless electrochemical systems.
Their core work
TFP Hydrogen Products is a UK-based SME that designs and manufactures specialist materials and components for hydrogen electrolysis systems. Their core commercial activity centres on porous transport layers, membrane-electrode assemblies, and related stack components that sit inside electrolyzer hardware. In their EU project work they contribute industrial manufacturing know-how and component prototyping to research consortia advancing both anion exchange membrane (AEM) electrolysis and membraneless electrochemical architectures. They occupy the critical but often overlooked middle ground between laboratory materials science and deployable electrolyzer products.
What they specialise in
ANIONE keywords include membrane-electrode assemblies and electrocatalysts, pointing to hands-on component manufacturing rather than purely theoretical research.
ANIONE explicitly lists electrocatalysts as a keyword area, suggesting TFP contributes to catalyst-coated substrate or catalyst-layer integration work within membrane assemblies.
Project MELODY (2020-2024) targets membrane-free redox flow batteries using bromine-hydrogen chemistry, expanding TFP's remit beyond conventional membrane-based architectures.
How they've shifted over time
Both H2020 projects launched simultaneously in 2020, so there is no multi-year temporal arc to trace. However, the keyword contrast between the two projects is telling: ANIONE's vocabulary is membrane-centric (anion exchange polymer electrolyte membranes, membrane-electrode assemblies, electrolysis stack), while MELODY's vocabulary actively negates the membrane (membraneless) and introduces bromine chemistry — a hallmark of hydrogen-bromine redox flow batteries. This parallel engagement suggests TFP is deliberately hedging across competing electrolyzer architectures rather than committing to one pathway. The trend is toward lower-cost, potentially simpler electrochemical systems that can reduce or eliminate the membrane as a cost driver.
TFP appears to be broadening from pure membrane-based electrolyzer components into membrane-free flow battery systems, tracking the industry's search for lower-cost electrochemical architectures for green hydrogen and grid storage.
How they like to work
TFP participates exclusively as a consortium partner, never as coordinator — consistent with a specialist component supplier that joins projects to validate and supply materials rather than to orchestrate research programmes. Across just two projects they have accumulated 15 distinct partners in 9 countries, indicating they work within sizeable, multi-national RIA consortia. This pattern suggests they are brought in for their industrial and manufacturing credibility, providing a route-to-market anchor for otherwise research-heavy teams.
TFP has collaborated with 15 unique partners spanning 9 countries — a notably broad network for an organisation with only two projects. Their European reach is likely driven by being selected into competitive RIA consortia that by design draw partners from multiple member states.
What sets them apart
As a private SME named specifically for hydrogen products, TFP carries explicit commercial intent into research consortia that are often dominated by universities and research institutes — making them valuable for projects that need an industrial exploitation pathway. Their simultaneous participation in both membrane-based (ANIONE) and membraneless (MELODY) electrolysis programmes is unusual and suggests genuine technology breadth rather than a single-product niche. For consortium builders in the electrolyzer space, TFP offers a UK-based industrial partner with hands-on component manufacturing capability at the intersection of two competing hydrogen production technologies.
Highlights from their portfolio
- MELODYThe largest single grant (EUR 302,541) and the longer project (to 2024), MELODY targets membrane-free redox flow batteries — a less common technology bet that distinguishes TFP from organisations focused solely on PEM or AEM electrolysis.
- ANIONEANIONE directly addresses anion exchange membrane electrolysis for wide-scale renewable hydrogen, placing TFP at the core of one of Europe's priority green hydrogen pathways and linking their component work to a clearly defined commercial application.