DCL International Secured Funding for Hydrogen Research
The project aims to improve hydrogen production efficiency using anion exchange membrane technology over the next year.
Updated on Oct. 13, 2026 in Chemistry
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DCL International has partnered with TECO Electric and Machinery Co. to advance green hydrogen production with $400,000 in support from the National Research Council of Canada. This research-stage effort focuses on refining anion exchange membrane water electrolysis systems.
Why it matters
The collaboration seeks to address efficiency and cost hurdles that currently limit the broad adoption of green hydrogen. By optimizing electrocatalyst integration, the consortium aims to create more scalable production methods.
The project utilizes Anion Exchange Membrane (AEM) water electrolysis, a method for splitting water into hydrogen and oxygen. Research efforts will focus on DCL-developed electrocatalyst formulations integrated into membrane electrode assemblies.
The players
DCL International
A Toronto-based firm with 400 employees and 40 years of engineering experience focused on developing electrocatalyst formulations.
TECO Electric and Machinery Co.
A Taiwan-based industrial manufacturer tasked with integrating catalyst components into larger-scale electrolyzer systems.
National Research Council of Canada
The Canadian government's primary research and development organization providing $400,000 in funding for this initiative.
The details
DCL International focuses on creating electrocatalyst formulations, which are substances that increase the rate of electrochemical reactions without being consumed. TECO Electric and Machinery Co. integrates these components into the electrolyzer, a device that uses electricity to separate water into hydrogen and oxygen. The project also leverages validation and durability testing from the National Research Council of Canada's Clean Energy Innovation Research Centre and Taiwan's Industrial Technology Research Institute.
Timeline
October 13, 2026: DCL International announced the new partnership and grant award.
The research and development project is scheduled to span one year.
The Tech Race
The collaboration with the Clean Energy Innovation Research Centre marks an attempt to bridge the gap between bench-scale electrocatalyst research and industrial system validation. The effort follows a pattern of international cooperation to scale membrane-based hydrogen production technologies.
This research is currently in the development stage and does not immediately affect industrial or consumer hydrogen availability. The project is expected to deliver more efficient and scalable hydrogen production technology upon the conclusion of the one-year study.
The takeaway
The project serves as a metric for the viability of AEM electrolysis in industrial settings over the next twelve months. Observers should track subsequent reports from the consortium for confirmed efficiency gains relative to existing PEM or alkaline electrolysis systems.
Further reading
For more developments in chemical engineering, visit our Chemistry section.
Source note: This article includes information reported by The Manila times.
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