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NEXTCHEM and Siemens Energy: Pioneering Sustainable Energy Solutions

In an important development for the maritime industry, NEXTCHEM, a division of the MAIRE Group, and Siemens Energy have signed a Memorandum of Understanding (MoU) to collaborate on designing and commercializing high-temperature methanol fuel cells. This partnership aims to produce modular solutions that can significantly reduce the maritime sector's reliance on fossil fuels.

The Focus on High-Temperature Methanol Fuel Cells

The initial target of this collaboration is the upscale yachting segment, although the applications of this technology could stretch far beyond. NEXTCHEM will lead the design and supply of an innovative, high-efficiency module for methanol fuel cells, while Siemens Energy will contribute its expertise in system integration, electrification, and energy management. The goal is clear: to offer shipyards and operators a comprehensive energy solution that transitions them away from traditional diesel-powered engines.

This groundbreaking fuel cell technology utilizes low-carbon methanol to reform it into hydrogen, which is then used to generate onboard electricity. This innovation is significant because it allows ships to operate with zero greenhouse gas emissions at anchor and during propulsion, dramatically reducing their environmental impact.

A Shift Away from Marine Diesel Fuels

The adoption of this methanol-based solution is anticipated to replace substantial amounts of marine diesel fuel, which are notorious for emitting high levels of nitrogen oxides and sulfur oxides—pollutants that are heavily regulated under international law. With the planet's growing focus on environmental sustainability, this collaboration represents a critical step towards achieving cleaner and more responsible maritime operations.

Future Developments and Applications

The first industrial-scale installation of this innovative system is already being planned for a flagship project—a zero-net-consumption yacht currently under construction. Although the recreational boating sector is seen as an early market, the new high-output methanol fuel cell module designed by NEXTCHEM has potential applications in various fields, including stationary energy applications. These could include backup and primary power generation for data centers, industrial processes, and isolated off-grid installations.

Statements from the Leaders

Fabio Fritelli, CEO of NEXTCHEM, spoke about their partnership: "With this high-efficiency modular fuel cell solution, NEXTCHEM is taking ownership of the complete value chain of low-carbon methanol. Our unique proposition offers cutting-edge production technologies while opening doors for more methanol applications, thereby boosting demand and promoting a broader low-carbon methanol economy."

Giuseppe Sachero, Vice President of Siemens Energy's Oil, Gas, and Chemical Solutions division, emphasized the importance of this collaboration: "This initiative showcases the strengths of key players in the energy transition value chain. By working together, we harness each other's skills and capabilities in adjacent sectors. Fuel cells are integral to the ecosystem of clean fuel technologies, from electrolysis to electricity production and storage, and can be deployed across multiple industrial applications."

About MAIRE

MAIRE S.p.A. is a leading engineering and technology group focused on advancing energy transition initiatives. It provides integrated engineering and construction solutions for the downstream sector and sustainable technological solutions, categorized into three main business areas: Sustainable Fertilizers, Low-Carbon Energy Vectors, and Circular Solutions. Active in 50 countries, the MAIRE Group employs approximately 10,200 people, supported by around 50,000 professionals engaged in its global projects. The company is publicly traded on the Milan Stock Exchange under the symbol "MAIRE". For further information, visit www.groupmaire.com.