Ammunition Disposal: Systems for the Disposal of Conventional Ammunition and Chemical Warfare Agents
Safe Disposal of Ammunition of Various Calibres and Chemical Warfare Agents
Efficient Technologies for Munitions Disposal
To safely and reliably dispose of conventional ammunition and chemical warfare agents, specialised treatment systems are required. These include rotary kilns, moving-bed shaft furnaces and burn-out chambers supplied by Eisenmann Environmental Technology. We have particular expertise in the design and implementation of complex facilities for the disposal of chemical warfare agents. Thanks to our comprehensive portfolio of solutions for residual material processing, exhaust air treatment and wastewater treatment, different technologies can be combined into integrated disposal concepts. This ensures seamless interaction between processes while helping to minimise operating costs.
Our plant technologies for the disposal of conventional ammunition
Rotary kiln for small-calibre ammunition and smaller projectiles
Moving-bed shaft furnace (WBS) for larger projectiles
Burn-out chamber for the removal of residues from steel parts or the recovery of valuable materials
Modernisation of an ammunition disposal system
The ammunition disposal system built in 2011, comprising a moving-bed shaft furnace (WBS), rotary kiln and burn-out chambers, is being modernised as part of a retrofit, and the WBS – the heart of the system – is being renewed. The ammunition disposal facility is thus equipped for many more years of operation.
Complete Solution for the Disposal of Chemical Warfare Agents
Several completed systems for the disposal of chemical warfare agents demonstrate how important it is to have a plant engineering partner at your side who understands all the necessary interrelationships and can not only plan but also deliver the appropriate plant technology. Rely on munitions disposal systems from Eisenmann Environmental Technology combined with matching exhaust air treatment and wastewater treatment solutions.
We ensure that various process steps are optimally coordinated - for example:
Module 1: Incineration of liquid waste via a high-turbulence combustion chamber (Turaktor)
Module 2: Effective flue gas cleaning of the produced exhaust air to clean gas quality
Module 3: Wastewater disposal of effluents from the flue gas cleaning to discharge quality
Good data collection during the planning phase is important for optimum design. We are happy to support you with this.
Want expert advice?
Simply contact us by phone or in writing. We will be happy to help you find the optimal solution for your task.