Eisenmann Environmental Technology GmbH - Deurotech Group products

Chemical weapon disposal plant with a combustion chamber, flue gas purification, and wash water treatment. Eisenmann`s extensive range of solutions for waste water, exhaust air and waste enables us to develop sophisticated plants that combine a variety of processes, and assume overall responsibility for their implementation. This ensures seamless dovetailed processes and minimized operating costs.

Thermal processes are multifarious and often place high demands on the furnace system and the related process engineering. Especially in the case of high-quality products, for which reproducibility of the process parameters must be ensured, it is indispensable that the parameters in terms of atmospheres and temperatures remain stable. Eisenmann provides the optimum solution for any challenge.

The TO is capable of processing exhaust air streams with a high solvent load. The exhaust air preheater, which is used to preheat the exhaust air before it enters the combustion chamber, is an integral part of the TO. The combustion chamber is equipped with the Eisenmann BLUEMAX burner. Its use makes it possible to operate the combustion chamber in compliance with the strict CO specifications. At the same time, it is guaranteed that the TOC and NOx emissions are significantly below their regulatory limit values.

Since it uses very little additional energy, regenerative thermal oxidation (RTO) is a highly efficient exhaust air clearing system. In the Eisenmann solution, the complex valve system is replaced by a special air diffuser system with rotating distributor with a high rate of availability and low maintenance.

Unlike thermal oxidation processes, adsorption does not require chemically transforming pollutants or raising the temperature. In contrast to thermal oxidation processes, adsorption does not involve chemical transformation of pollutants or a significant increase in temperature. Adsorption makes use of the propensity of certain compounds (e.g. activated carbon or zeolite) to attract and adhere gas or vapor to their surface. The adsorbed pollutants then need to be removed. To this end, adsorption is always followed by desorption. The resulting desorption flow is up to 20 times more concentrated and accordingly has a much smaller volume. This means it can be treated much more cost-effectively.

Avoiding emissions is the best way to protect the environment. Our innovative systems for exhaust air purification minimize pollutants and maximize profitability.

Eisenmann develops and designs tailor-made systems for process water supply and waste water treatment. Various
processes can be combined for the development and installation of water management systems, and for the implementation
of zero liquid discharge (ZLD) concepts. Our customer base includes leaders from the chemicals and automotive industries
and all other sectors where water plays a major role in production processes.

The chamber furnace is used, for example, to recover precious metals from solid or pasty materials. This technology is also used for the environmentally friendly removal of highly toxic or contaminated substances. The batch process is a very economical solution for the disposal of small and / or discontinuous amounts of residues.

Eisenmann has been developing and building ammunition destruction plants tailored to customers’ requirements since 1990. In terms of the number of completed projects and technologies developed, Eisenmann is the world’s number-one specialist for designing, constructing and operating thermal ammunition treatment facilities.