Home Daily News Pioneering the Future: Helsinki’s Hydrogen Plant and Its Role in Sustainable Energy

Pioneering the Future: Helsinki’s Hydrogen Plant and Its Role in Sustainable Energy

by A. Dimitriou

MAN Energy Solutions

In a groundbreaking stride towards sustainable energy, Helen Oy, one of Finland’s largest energy providers, has joined forces with MAN Energy Solutions and H-TEC SYSTEMS to spearhead the development of a revolutionary green hydrogen plant. Positioned strategically near Helsinki’s district heating network and the bustling Vuosaari Harbour, this 3-megawatt production facility is set to become a cornerstone in Finland’s renewable energy landscape.

A New Era in Renewable Energy

As the global demand for green energy surges, hydrogen has emerged as a pivotal element in achieving climate neutrality. With its extensive potential to decarbonize numerous sectors, hydrogen offers a versatile solution for reducing carbon emissions on a large scale. The Helsinki hydrogen plant represents a pilot project, positioning Helen Oy at the forefront of this energy revolution. By harnessing its expertise, the company aims to meet the growing demands for large-scale hydrogen production while enhancing the flexibility of the entire energy system.

The Collaborative Effort

The collaboration between Helen Oy, MAN Energy Solutions, and H-TEC SYSTEMS underscores a shared commitment to innovation in clean energy technology. In this project, MAN Energy Solutions assumes the role of EPC (Engineering, Procurement, and Construction) contractor, overseeing the hydrogen section of the plant. This involves the delivery, installation, and commissioning of hydrogen-related equipment. Helen Oy, alongside its engineering partner, will collaborate to complete the remaining project dimensions.

Sari Mannonen, Senior Vice President of New Business and Hydrogen at Helen Oy, expressed enthusiasm about the partnership: “The 3H2 project is the first of its kind in the world by combining four different sectors: electricity, heating, transportation, and hydrogen as well as flexibility between them. Our whole hydrogen team at Helen is very excited and proud of the cooperation with MAN Energy Solutions that is well known for its world-class expertise in the industry.”

Cutting-Edge PEM Electrolysis Technology

At the heart of the facility are three advanced PEM (Proton Exchange Membrane) electrolyzers supplied by H-TEC SYSTEMS. As a leader in PEM electrolysis technology, H-TEC SYSTEMS is set to operate under the name Quest One from September 30th, 2024. These state-of-the-art electrolyzers will produce up to 1,350 kilograms of green hydrogen per day utilizing green electricity sourced from Helen’s renewable energy portfolio.

PEM electrolysis is particularly suited to pair with fluctuating renewable energy sources like wind and solar. The process involves splitting water into hydrogen and oxygen using an electric current through a special membrane. This method requires less electricity compared to alkaline electrolysis and avoids the use of harmful chemicals, producing high-purity hydrogen suitable for immediate use. The resulting waste heat from the electrolysis process will be efficiently utilized in Helen’s district heating network, ensuring nothing goes to waste.

A Vision for the Future

The objective of this ambitious project goes beyond the immediate production of green hydrogen. It’s about laying the groundwork for a climate-neutral future where hydrogen plays a central role. Alexander Stöckler, Head of Sales, Tendering, and Project Management in the Power Segment at MAN Energy Solutions, highlighted this in his statement: “Green hydrogen is undoubtedly the key element for a climate-neutral future, and the global economy will require it in large quantities. It is therefore most important that energy suppliers like Helen Oy lead the way by building plants and gaining valuable operational experience with hydrogen technology.”

As the world transitions to cleaner energy sources, the economies of scale achieved through industrial production plants like the one in Helsinki are crucial. By optimizing costs and scaling production, the plant will act as a vital example for future hydrogen initiatives globally, contributing to a more sustainable energy economy.

Local and Regional Impact

Situated close to the Vuosaari Harbour, the hydrogen plant not only exemplifies Helsinki’s commitment to sustainability but also positions the region as a leader in green technology. Once operational, the plant will deliver hydrogen to a nearby refueling station via pipeline, catering to both industrial clients and transportation needs, thereby contributing to reduced emission levels in Scandinavian countries and throughout Finland.

Robin von Plettenberg, CEO of H-TEC SYSTEMS, emphasized the significance of the project: “By combining H-TEC SYSTEMS’ expertise in the field of PEM electrolysis with MAN Energy Solutions’ broad experience in plant engineering, we can offer our customers a first-class package for the production of green hydrogen. We are very pleased that Helen Oy has placed its trust in our joint capabilities and is taking this important step into the future of hydrogen with us.”

Conclusion

The Helsinki hydrogen plant signifies a pivotal step in the transition toward a climate-neutral future. Through the strategic partnership between Helen Oy, MAN Energy Solutions, and H-TEC SYSTEMS, this project is set to transform the energy landscape not just in Finland but across the Scandinavian region. As the world edges closer to embracing sustainable solutions, projects like the 3H2 plant stand as beacons of what can be achieved through innovative collaborations.

by MaritimeHub

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