Energetic materials and dangerous substances are applied in a wide variety of products like propellants, explosives, pyrotechnics, gas generators and industrial processes and products involving hazardous chemicals. Energetic materials require specific knowledge regarding their safe, secure and sustainable processing and application, their cost effective production, as well as countering their misuse in terrorist attacks. Our expertise is employed in the defense, safety and security, space, and chemistry domains.
Energetic materials are solid, liquid or gaseous substances (or mixtures of these) which store a large amount of chemical energy that can be released in a very short time. Such a reaction can be initiated by means of mechanical, thermal or shock wave stimuli.
The expertise group Energetic Materials covers the whole chain from synthesis, production, processing, characterization, storage and transport, reliability, lifetime, safety and security, detection, cost, environment and disposal of energetic and hazardous materials. In addition we combine our synthesis capabilities with our expertise in conceptual design and scale-up in relation to production processes involving energetic or hazardous chemicals.
Hereto we have extensive experimental facilities for the chemical, thermal, mechanical and ballistic characterization of energetic materials and their formulations. Furthermore, the behaviour of munition in response to external threats, varying environmental conditions during transport and storage as well as effects of ageing can be assessed experimentally. This also includes the surveillance of all gun propellants in service by the Dutch Military of Defence (MoD).
This is supported by modelling e.g. finite element models (FEM) like ANSYS and LS-Dyna, allowing us to develop predictive modelling tools. As a logical extension of our expertise, we established an international position regarding countering the misuse of homemade explosives by detection and by identifying inhibitors that, when added to precursors, interfere with the production of these homemade explosives.
The expertise group Energetic materials is subdivided into the following five product teams:
- Ammunition safety
- Propellants, pyrotechnics and processing
- Space propulsion and customised energetics
- Countering explosives threats
- Process safety solutions
The group maintains a dedicated infrastructure (laboratories and bunkers), all equipped with extensive safety measures, as well as licenses allowing safe and secure handling, processing, characterization and storage of energetic materials, at our locations in Rijswijk and Ypenburg.
Below is a synopsis of our experimental facilities:
- Chromatography (GC-FID/TCD/ECD, GC-MS, IC, UPLC-MS)
- Structure and composition (XRD, XRF, SEM-EDX, CHN element analyser, water content, particle size analysis)
- Microscopy (optical, SEM-EDX)
- Chemical analysis (GC-MS, HPLC, Element Analysis, ATR-FTIR, XRD, XRF)
- Thermal analysis (TG/DTA, DSC, TAM, HFC)
- Physical and mechanical analysis (DMA, TMA, tensile tester, density, caloric value)
- Qualification explosive substances, according to NATO standards
- Compatibility testing, according to NATO standards
- Mechanical analysis (DMA, tensile tester)
- Insensitive munition (IM) testing facilities (shock initiation, fast/slow cook-off, bullet/fragment impact, hollow charge impact, sympathetic detonation)
- Ballistic analysis (chimney burner, laboratory scale burner, closed vessels, rocket test stand)
- Processing of energetic materials (pressing, mixing/casting, extrusion, 3D-printing, resonant acoustic mixing)
- Bulk and trace detection
- Classification tests dangerous goods
- Pilot scale test facility for safe processing of hazardous materials
- Infosheet: Ammunition safety (pdf)
- Infosheet: Process safety solutions (pdf)
- Infosheet: Space propulsion and custom energetics (pdf)
- Infosheet: Countering explosive threats (pdf)
- Infosheet: Propellants processing and pyrotechnics (pdf)
- Infosheet: CE Certification of ammonium nitrate fertilisers
- Infosheet: Structure and composition (pdf)
- Infosheet: Microscopy (pdf)
Earlier detection of hypersonic missiles with TNO technology means more time for interception
TNO is active in all phases, ranging from novel interceptors and new concepts for Integrated Air and Missile Defense to advanced sensor solutions. Novel sensor technology is necessary as a successful kill-chain will push current radar systems to its limits.
First overview of cyberattack techniques by AI against AI
All international trend reports view Artificial Intelligence as the most important disruptive technology of the coming years. Where a new technology develops, new vulnerabilities also arise. And AI is no exception.
The PQC Migration Handbook
Commissioned by the AIVD, TNO has compiled a handbook together with CWI. This handbook offers organisations advice and concrete steps to mitigate the risk of quantum computers to cryptography.
TNO publishes fully integrated Annual Report 2022
TNO's Annual Report 2022 is published. For the first time, it concerns a fully integrated annual report, in which sustainability is fully incorporated into the general annual report.
Motivaction performs TNO customer survey
Research company Motivaction is currently conducting a survey among TNO customers. Motivaction may approach you to participate in this survey.