SunHydrogen Partners with The Process Group for Pilot-Scale Hydrogen Production Plant
Key Ideas
- SunHydrogen, Inc. has contracted The Process Group, LLC for the front-end engineering design of a >25-square-meter pilot plant to produce renewable hydrogen using sunlight and water.
- The pilot facility will be the first to deploy SunHydrogen's proprietary photoelectrochemical (PEC) hydrogen panel technology at a larger scale, with construction expected to start in late Q4 2025.
- The collaboration aims to create a scalable solution, with plans to expand to larger installations in the future, paving the way for widespread renewable hydrogen production for various industrial applications.
- Both companies express enthusiasm and optimism about the project, highlighting the potential for green hydrogen production with minimal environmental impact and the role of innovative technology in the hydrogen economy.
SunHydrogen, Inc. has announced a partnership with The Process Group, LLC for the development of a pilot-scale hydrogen production plant in Coralville, Iowa. The plant will utilize SunHydrogen's proprietary photoelectrochemical (PEC) technology to produce renewable hydrogen using sunlight and water. The engineering design phase is expected to be completed by July 2025, with construction scheduled to begin afterward, aiming for full operation by late Q4 2025.
The Process Group, known for its expertise in chemical process design and mechanical systems, will assist in integrating PEC modules, designing fluid systems, ensuring safe gas handling, and conducting necessary safety studies for the pilot plant. SunHydrogen's CEO expressed excitement about the project, emphasizing the potential for large-scale hydrogen farms in the future.
Following the proof-of-concept, SunHydrogen plans to expand to larger installations, envisioning modular hydrogen panel farms that can contribute to the growing renewable hydrogen market. The partnership between SunHydrogen and The Process Group signifies a significant step towards realizing a future of green hydrogen production with high efficiency and minimal environmental impact.
The collaboration aims to demonstrate a scalable solution that can be pivotal in the transition to widespread renewable hydrogen production for various industrial applications. Both companies are optimistic about the project's potential and the role of innovative technology in driving the hydrogen economy forward.
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