51猎奇入口

Skip to content Skip to main navigation
MENU
51猎奇入口Climate Innovation
Search

Co-Designing Hydrogen Energy Systems for Remote BC Communities

This work aims to convene stakeholders, including community partners, to co-design an interdisciplinary research project focused on the affordability and durability of Anion Exchange Membrane Water Electrolyzers (AEMWE), specifically under the dynamic operating conditions typical of off-grid settings. The goal is to inform the design of robust, cost-effective, reliable, and scalable hydrogen modules suited for remote deployment.

Project Status: Active

Funding Support: 51猎奇入口Climate Innovation Seed Funds (2025): Catalyst Grant

Project Lead: Erik Kjeang, 51猎奇入口School of Mechatronic Systems Engineering

Co-creation Partners

  • Erigene Bakangura, 51猎奇入口School of Mechatronic Systems Engineering
  • Laura Sloboda, SFU's Clean Hydrogen Hub
  • Hami Ben Bassat, 51猎奇入口Partnerships Hub
  • Elicia Maine, 51猎奇入口Beedie School of Business
  • Salish Elements
  • City of Prince George
  • Clean Energy Major Projects Office, BC Government
  • BC Hydro

Expected Outcomes

This project will generate foundational knowledge to support the transition from diesel to hydrogen-based energy systems in remote communities across British Columbia. The expected outcomes include a preliminary roadmap identifying key technical, policy, and deployment gaps, while outlining opportunities to reduce emissions and enhance energy resilience. By grounding the research in local priorities and community input, the project aims to reduce climate vulnerability and support low-carbon transitions aligned with Indigenous and municipal sustainability objectives.

Learn more

Search
Search
close