Fincantieri has been awarded a prestigious order, worth almost 100 million euros, for a number of high-profile systems, components, installations as part of the ITER Project, a multinational collaboration aimed at building an experimental hydrogen fusion reactor, first of its kind, and acknowledged as one of the most ambitious initiatives in the world in the field of sustainable energy.
A temporary consortium has been established for the execution of these activities. It includes Fincantieri itself as the main contractor, its subsidiary Fincantieri SI, active in the field of plant design and industrial-scale electrical, electronic and electromechanical components, Delta-ti Impianti, specialized in mechanical plant engineering, and Comes, specialized in electrical plant engineering.
The ITER Organization is the supranational body, headquartered in France, jointly funded and supplied by the European Union, China, India, Japan, Korea, Russia and the United States of America. The organization runs the ITER project, with construction currently underway at the Cadarache site in the South of France. The project will demonstrate the scientific and technological feasibility of hydrogen fusion, and will allow scientists and engineers to gain all the necessary knowledge for the construction of the electricity-generating fusion reactors to follow. ITER is the essential final step toward providing fusion power as a large-scale source of clean and virtually unlimited energy– a vital global need, given increasing energy demand – by using cutting-edge technologies specially developed by the countries taking part in the program.
Alongside renewable energy resources, nuclear fusion could considerably help in fighting against climate change. Besides the nearly inexhaustible supply of fuel for fusion, one of the fusion’s benefits, in fact, lies in the limited production of residual waste, and the absence of emissions of CO2or other greenhouse gasses responsible for global warming. Hydrogen fusion is expected to be highly efficient and clean, because deuterium can be derived from water, and the fusion process produces no high-activity long-lived radioactive waste. Furthermore, the scientific and engineering challenges involved are producing beneficial breakthroughs in related fields such as superconductivity, cryogenics and vacuum systems.
Fincantieri SI, which represents the operating arm of Fincantieri for this project, works in the field of hybrid ship propulsion, including energy storage systems, and in the field of emission reductions, with specific technological solutions such as the electrification of ports. With the acquisition of this ITER contract, the company confirms its vocation to become a reference on the world market for all green applications, supported in this by its own research and development center.