Absorption refrigeration systems, sorption systems, thermally driven cooling technologies, high-temperature applications, waste heat-driven cooling processes, as well as ammonia- and lithium brom

Development, selection, and evaluation of suitable corrosion protection strategies to increase operational reliability, extend application limits, and improve the long-term stability of thermally driven cooling systems.

We support the selection, development, and experimental evaluation of corrosion inhibitors for demanding thermal processes and working fluid systems. The focus is on identifying high-performance and environmentally compatible solutions to reduce corrosive effects in absorption systems and high-temperature applications. Through systematic laboratory investigations and application-oriented testing methods, suitable inhibitor concepts can be evaluated and optimized for various operating conditions.