In the light of recent global challenges, the advancement of simulation, synthesis, and processing techniques for energetic materials has become crucial. This conference aims to promote innovative research and practical solutions that advance the development of novel energetic materials and formulations while ensuring excellent performance and applicability.
The focus will be on innovative materials, designs and manufacturing concepts for energetic materials. Additionally, the integration of advanced simulation techniques for modeling and predicting the behavior of energetic materials and formulations throughout their lifecycle will be highlighted. Researchers are encouraged to present their findings on cutting-edge synthesis techniques, formulations and advanced processing methods that optimize both material properties and process efficiencies.
For the second time, the topic of ammunition in the sea will be addressed. In keeping with the theme of the annual conference, the focus will be on explosives regarding their aged properties for disposal processes. Additionally, offshore handling as well as science, research, and development will be represented. The presentations and discussion panels will concentrate on the crucial aspects from the point of suspicion to disposal:
- Safety: This will cover remote operation, safety distances, the maximum net explosive mass, and distance reduction.
In addition, the focus will be on protective measures (structural and organizational), the human-machine interface, and practical occupational safety.
- Process engineering: This area covers possible procedures, the disposal process, the use of underwater units, and possible points of contact with chemical weapons during the whole process.
- Technology in general: Topics such as handling, upscaling, and automation will be covered.
Fraunhofer Institute for Chemical Technology ICT
