The CORR-AELECTRA project aims to gain the knowledge on the behavior of selected metallic materials in liquid ammonia in the presence of hydrogen. This knowledge will support development of AELECTRA technology for liquid anhydrous ammonia production and separation. Currently there is a very limited research on performance of different metallic materials in such a complex environment where hydrogen, ammonia and water are present at high pressures. FCET will fill the knowledge gap by conducting electrochemical, spectroscopic, microscopic and mechanical examination of metallic materials; during and upon the exposure to liquid ammonia alone or in combination with hydrogen. Metals will be exposed to additional conditions, such as water contamination, elevated temperatures, different composition of gases, as well as the surface polarization. CORR-AELECTRA will facilitate the material choice and help AELECTRA technology achieve longest possible operation time with a minimum degradation in performance. The current AELECTRA consortium lacks partners that have expertise in corrosion science and FCET, as a partner from widening country will join AELECTRA and bring this expertise. FCET has had 100+ projects with industry on corrosion problems. FCET's participation in CORR-AELECTRA will help FCET gain international visibility, in in a context of applied corrosion in electrochemical energy storage and conversion, and in particular those related to ammonia production and storage. In addition, FCET team members will gain new skills in project management in complex international projects. This will open new venues and make FCET attractive partner in new transnational projects within HORIZON Europe.