ZHA Introduces Innovative Green Hydrogen Refuelling Stations for Italian Marinas

Zaha Hadid Architects (ZHA) has revealed plans for a groundbreaking initiative involving the design and construction of 100 green hydrogen refuelling stations for recreational boats, set to be implemented in Italian marinas. This ambitious project, spearheaded by NatPower H—a part of the NatPower group—represents a €100 million investment and is poised to establish a green hydrogen infrastructure across 25 Italian marinas and ports.

The green hydrogen infrastructure, scheduled for installation in the summer of 2024, is strategically aimed at establishing 100 refuelling stations throughout the Mediterranean within the next six years. ZHA has emphasized that the project also harbors intentions to expand its footprint to the most popular regions globally for recreational boating.

The practical application of green hydrogen involves its conversion into electrical power through a fuel cell, a process that emits only water vapor and warm air. As part of the project, the aim is to have 100 operational refuelling stations by 2030, delivering up to 3650 tons of green hydrogen annually. This, in turn, is anticipated to result in the elimination of approximately 45,000 tons of greenhouse gas emissions from recreational boats in the Mediterranean each year.

The shift towards sustainable practices in the boating industry has been notably underscored, with shipyards worldwide responding to the increasing demand for more environmentally friendly vessels. The establishment of marine-protected areas prohibiting the use of diesel engines further accentuates the importance of ecologically sustainable advancements in the industry.

ZHA's design for the green hydrogen refuelling stations aligns with principles of ecological responsibility and adheres to the highest safety standards. The design, informed by ZHA's research for modular systems, ensures adaptability to various locations throughout the Mediterranean. Customized configurations for each refuelling station, accounting for specific local needs, are made possible through this modular approach.

Utilizing 3D robotic material placement for the segments of each structure, the stations are constructed with fully recyclable, dry-assembled masonry. This methodology minimizes construction waste while optimizing material efficiency. The 3D-printed blocks, characterized by layered composition, draw inspiration from natural formations within Mediterranean landscapes and marine ecosystems.

The construction materials used in these stations include low-carbon concrete, generating structural strength through innovative geometry rather than increased material usage. This approach, combining cutting-edge construction techniques with historical engineering wisdom from the Mediterranean, reflects NatPower H's commitment to an ecologically responsible future.

In addition to this transformative project, Zaha Hadid Architects has recently completed the Zhuhai Jinwan Civic Art Centre in China and the Masarycka Building with golden vertical fins in Prague. These projects further underscore ZHA's commitment to innovative, sustainable, and aesthetically striking architectural solutions on a global scale.