Power-to-Heat

Electrification of Process Heat

The decarbonization of the producing industry is essential for a successful energy transition and achieving climate goals.

Our Power-to-Heat plant uses a sophisticated technology to create an economically attractive alternative to fossil fuels as the main energy source for process heat. It is able to electrify processes that require temperatures up to 1.200°C (2.192°F) and reach the maximum capacity of high temperature energy storages.

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Battery Recycling

Deactivation of Lithium Batteries

The development of a functioning circular economy for Lithium Batteries is crucial due to the rising demand by e-mobility and the shortage of ressources. Damaged Batteries are highly flammable and difficult to extinguish.

With Otto Junker Solutions High Pressure Furnace we can eliminate that risk efficiently by removing the electrolyte under inert atmosphere. That enables a safe and efficient recyling process.

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Rotary Kiln Furnace

Pyrolysis of UBC, WEEE & Co.

A lot of everyday products are so called composites. The most popular are beverage cans, milk cartons and electronic components like printed circuit boards (PCB). These contain precious metals that are inseperable connected to other materials, mostly plastics. The only way to regain those metals is by pyrolysis.

The Rotary Kiln Furnace removes organic contents from those materials under inert atmosphere and uses their calorific value energy to deliver most of the process heat. The metals remain and can be melted efficiently.

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Metal Flow Heater

Electrification of Aluminium Melting Furnaces

Aluminium is one of the most important materials of the future which makes an environmentally friendly production process essential for achieving climate goals and reducing CO2 emissions. Nowadays Aluminium is mostly melted in fossil fueled single- or double chambered melting furnaces which not only have advantages in cost but also in terms of operational qualities.

Together with Speira GmbH we invented and developed a system that is able to convert fossil fueled melting furnaces to inductively heated ones by maintaining the resulting material quality and the continuous operation.

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