Newsroom
Understanding and improving the protection of carbon steels in aqueous environments containing CO2
Carbon steel, construction material that is widely used in industry, can come into contact with an aggressive environment, such as aqueous environments that have been acidified by the presence of CO2, leading to corrosion-induced deterioration. In order to gain a better understanding and improve the protection of carbon steels in environments of this type, corrosion teams from IFPEN, INSA-Lyon’s Mateis Laboratory and the University of Leeds’ Institute of Functional Surfaces (IFS) have pooled their expertise to conduct joint research.
Issue 55 of Science@ifpen - Process Design and Modeling
IFPEN Group’s ambition for the coming years is to consolidate its position as a leading player in the fields of energy transition, circular economy and decarbonization, by developing innovative technologies that are both ecologically-friendly and economically viable. In this context, the mission of the Process Design and Modeling division will be to contribute to the scaling-up innovative process concepts, often developed in collaboration with IFPEN’s other divisions and external partners...