Ansaldo Nucleare
Alberto Zecchin is an experienced engineering professional with a focus on process management and water treatment technologies. Currently serving as Engineering Manager for the Cernavoda 3&4 project at Ansaldo Nucleare, Zecchin has held significant roles at Fisia Italimpianti, including Process Team Manager and Process Leader for major desalination projects. With a solid background in engineering positions at firms such as Qatargas and Saipem, Zecchin has expertise in the design and commissioning of water treatment plants, particularly utilizing reverse osmosis and Zero Liquid Discharge technologies. Alberto Zecchin holds multiple degrees in Chemical Engineering and specialized studies in membrane technologies and is well-versed in leading teams and managing complex engineering projects.
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Ansaldo Nucleare
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Ansaldo Nucleare is responsible for all nuclear-related activities within Ansaldo Energia, the Italian leader in the high technology sector. Ansaldo Nucleare’s headquarters and operative offices are located in Genoa with operating branches and representative offices located in UK, France, Romania, Slovakia and Argentina. Ansaldo Nucleare has 50 year experience in the International Nuclear Power Market and is recognised as the leading Italian company for: Supply of new Nuclear Power Plants, Service to Operating Nuclear Plants, Waste Management and Decommissioning. Ansaldo Nucleare works to the highest safety standards including ASME Certificate of Authorization - Code Symbol N, ISO 9001, ISO 14001 and NBBI. Ansaldo Nucleare, in partnership with world-class established nuclear providers, acts on the NSSS (Nuclear Steam Supply System) and on the BOP (Balance of Plant), as EPC contractor for designing and supplying systems and components for various technologies of NPPs (PWR, PHWR, BWR). Current references include; Sanmen Unit 1 (AP1000 plant), Cernavoda Unit 1 & 2 and Mochovce Unit 3 & 4. Ansaldo Nucleare provides services for systems and components of NPPs aiming at safe operation, system optimization and performance enhancement, including the implementation of safety improvements in operating plants, according to the results of the Stress Tests conducted after the Fukushima event.