Master thesis: Investigations of Corrosion in High-Temperature Alloys for Furnace Components (m/f/x)

We are a renowned, internationally active institute in the field of energy technology. As a research and development company, we deal with both the resource-saving use of liquid energy sources and the minimization of global and local pollutant emissions during energy production and use. We work closely with partners from industry and research, particularly in the following areas:

•       Combustibles, fuels and lubricants   

•       Fuel cell systems

•       Reformers

•       Combustion technology

•       High temperature technology

•       Energy storage

As part of the energy transition in Germany, the goal of sustainability for society is becoming increasingly important. This applies to increasing energy efficiency to reduce the use of primary energy. Industrial furnaces for energy intensive industries such as manufacturing of steel, non-ferrous metals, and glass, rely on strategies for maintaining the systems are developing from reactive and preventive measures to predictive, condition-based functional maintenance. Understanding how furnace components age by corrosion during thermal cycling, supports the furnace designers and operators in the design and operation phases.

•       Evaluation of aging of high temperature alloys based on:

•       Analysis of Cr and Al depletion with SEM and WDX analyses

•       Modelling of corrosion effects, based on experimental results and material properties

•       Analysis and evaluation of interactions between corrosion and creep effects

Candidate profile

•       Ongoing Master studies Chemistry, Mechanical Engineering, Material Science or Physics

•       First experience with thermodynamics and kinetics of corrosion is beneficial

•       Reliable, careful, and independent way of working

•       Application-oriented research work on current issues for sustainable heat supply

•       The option of immediately starting the work

•       Extensive and professional support

•       Language supervision in English and/or German

•       A friendly, professional working atmosphere

At OWI there are a wide range of further education and training opportunities for students and young scientists. We are constantly looking for student employees, offer opportunities and topics for the preparation of scientific work as well as opportunities for a doctorate.