Apollo was engaged by a leading UK research institution to assess and recommend a hydrogen electrolyser system as part of the North Wales Growth Deal. Our study identified the Nel C10 as the optimal solution - supporting cutting-edge research, enabling sustainable innovation, and contributing to regional economic growth.
The problem
The institution, as part of the North Wales Growth Deal, sought to enhance its research infrastructure with a focus on hydrogen technology. The challenge was to identify and integrate an electrolyser system that aligns with their research objectives and contributes to the region’s economic growth and sustainability.
The background
The Enterprise Engineering and Optics Centre (EEOC) plays a vital role in the North Wales Growth Deal, striving to bolster the regional economy through innovation, skills development and job creation.
Within this framework, the institution aimed to use hydrogen technology to advance research initiatives, driven by the evolving energy landscape’s demand for sustainable solutions.
The process
Apollo with its comprehensive knowledge of the hydrogen sector including OEMs, developers and users was commissioned as a subject matter expert in hydrogen.
We conducted a thorough assessment of the opportunity and presented a comprehensive business case and electrolyser study to the client.
The analysis explored various electrolyser options, emphasising the suitability of Nel C10 due to its cost-effectiveness and sufficient hydrogen production capacity for the University’s research needs.
The details
Electrolysis, particularly utilising Proton Exchange Membrane (PEM) technology, emerged as the preferred choice for its scalability, compatibility with renewable energy sources, and responsiveness to load changes.
Apollo’s comparative analysis considered various options, but highlighted the Nel C10 as the optimal solution, balancing functionality with cost efficiency.
The solution
The integration of Nel C10 electrolyser at the institution’s campus signifies a significant advancement in hydrogen technology research.
This solution not only supports fundamental research but also positions the University as a pioneering hub for sustainable energy innovation.
The outcome
With the electrolyser in place, the client is poised to explore a wide range of research opportunities in hydrogen production, storage, and fuel cell technology.
By encouraging collaboration with industry partners and using hydrogen’s versatility, the University contributes to the broader transition towards a net-zero future while driving regional economic growth.
If you’re exploring hydrogen integration, contact us at decarbonisation@apollo.engineer.
