A German company is specialized in IT solutions. They have expertise in building automation, digitization and artificial intelligence. The company plans to implement a sustainable building project for an office building that has a positive life cycle assessment (construction, utilization, demolition). The concept includes the use of renewable raw materials and the reduction of space requirements. The building should be made from wood and it should be energy-self-sufficient and CO2 neutral. Sustainable energy is to be provided through solar, wind and geothermal energy.

The German company is a consultancy for medical surgeons and dentists with the core competence in hygiene management. Their main subject is the validated reconditioning of medical devices and instruments and training of the medical staff and dentists. In May 2017 the Medical Device Regulation (EU) 2017/745 has come into force, which is valid within a transitional period of three years and has to be implemented directly in all European countries. It is the most important regulation instrument for the proof of the security and the medical and technical performance of medical devices.

As an asset-intensive industry, the metal industry is under continuous pressure to reduce costs, increase throughput, and achieve higher flexibility. This German company, founded in 1987 as a result of the alliance between a technical university and a steel producing company, focuses on optimizing thermal processes, mainly in the metal industry. They work for various companies in the steel and non-ferrous metals industry and are a supplier for plant construction companies. The company offers a comprehensive optimization solution for plants.

A German waste management association wants to implement a small water turbine at a landfill site. The surface water drainage system of the landfill site has a drop height of approximately 50 m with a maximum flow rate of 80 l/s. The catchment area accounts for approx. 240.000 m² with an average precipitation of 990 mm/a. A retention basin with a volume of 1000 m³ is present and can be utilized to adjust the flow rate.