DCL International Partners With TECO Corporation on Green Hydrogen Technology

Accelerating innovation in Sustainable Hydrogen Production for a Cleaner Future

As the global energy industry explores cleaner, more sustainable alternatives to conventional fuels, green hydrogen is emerging as a promising solution for industrial decarbonization and renewable energy storage. DCL International is helping advance this transition through a strategic research and development collaboration with Taiwan-based TECO Corporation, focused on developing next-generation green hydrogen production technology. Recently featured by Canadian Manufacturing magazine through CleanTechnology.ca, the collaboration underscores the growing importance of advanced catalytic technologies in making green hydrogen more efficient, scalable, and economically viable.

Driving Innovation in Green Hydrogen Production

Supported by up to $400,000 in funding and advisory services from the National Research Council of Canada Industrial Research Assistance Program (NRC IRAP), the one-year research initiative brings together DCL’s expertise in advanced catalyst development and TECO’s electrolyzer engineering capabilities. The project, Advancing Anion Exchange Membrane Electrolysis for Green Hydrogen, focuses on advancing Anion Exchange Membrane Water Electrolysis (AEM-WE) technology, an emerging approach to producing hydrogen through renewable-powered water electrolysis. DCL will develop and evaluate advanced electrocatalyst formulations for membrane electrode assemblies, while TECO will integrate these components into the electrolyzer system. The collaboration also draws on specialized expertise from Ionomr Innovations, the National Research Council of Canada’s Clean Energy Innovation Research Centre, and Taiwan’s Industrial Technology Research Institute. Together, the partners aim to improve hydrogen production efficiency, durability, and cost-effectiveness, helping address key barriers to broader industrial adoption.

Why Green Hydrogen Matters

Green hydrogen is produced by using renewable electricity, such as wind or solar power, to split water into hydrogen and oxygen through a process called electrolysis. Unlike conventional hydrogen production methods that rely heavily on fossil fuels, renewable-powered electrolysis can significantly reduce greenhouse gas emissions associated with hydrogen production. As industries seek practical pathways to lower their carbon footprints, green hydrogen offers several potential benefits:

• Industrial decarbonization: Supports emissions reduction in hard-to-abate sectors, including steel manufacturing, chemical processing, and other energy-intensive industries.
• Renewable energy integration: Converts surplus renewable electricity into hydrogen that can be stored and used when needed.
• Energy diversification: Provides an alternative energy carrier that can complement electrification and support a more resilient energy system.
• Cleaner industrial processes: Offers a lower-emissions alternative to conventional hydrogen used in industrial manufacturing and chemical production.

While production costs, infrastructure requirements, and market development remain challenges, continued innovation in electrolysis technologies is essential to unlocking green hydrogen’s commercial potential.

Unlocking the Potential of AEM Electrolysis

One of the most promising opportunities in green hydrogen innovation is the advancement of Anion Exchange Membrane (AEM) electrolysis. AEM technology has the potential to combine the operational advantages of established electrolyzer technologies with greater flexibility in catalyst and material selection. By enabling the use of more abundant, potentially lower-cost materials, AEM electrolysis could help reduce production costs while maintaining the performance required for industrial applications. Advanced electrocatalysts are central to this process. By facilitating the electrochemical reactions that split water into hydrogen and oxygen, catalysts directly influence electrolyzer efficiency, performance, and durability. Through its collaboration with TECO, DCL is applying decades of expertise in catalytic technologies to help advance this emerging hydrogen production pathway. The project’s research and testing will generate valuable technical knowledge to support future technology development and potential commercialization.

Engineering a More Sustainable Energy Future

For 40 years, DCL International has developed innovative catalytic and emissions-control technologies that help industries operate more efficiently and sustainably. Today, that expertise extends beyond traditional emissions reduction into emerging clean energy applications, including hydrogen production and industrial decarbonization. The collaboration with TECO represents another step in DCL’s continued evolution, demonstrating how advanced engineering, international partnerships, and applied research can help address some of the world’s most pressing energy challenges. Guided by our vision of Shaping the next era of clean energy, DCL remains committed to developing technologies that make cleaner industrial processes more practical, efficient, and accessible.

Explore the Future of Green Hydrogen

Discover how DCL International and TECO Corporation are working to advance next-generation green hydrogen production and support the global clean energy transition.

Read the full article: Canadian Manufacturing Magazine

Explore: DCL’s Official Announcement