Extraction systems for the defense industry
Why are extraction systems essential in the defense industry?
Extraction systems remove harmful substances from the air — essential for protecting employees. In the defense sector, for example, the production of armored vehicles causes considerable emissions. Extraction systems filter them in a targeted and efficient manner. W3-approved filter installations are used for welding, which capture more than 99.9% of the smoke. In explosive zones, ATEX installations filter flammable substances, chips and fumes. Modern systems adapt automatically and are energy efficient. And important: they help you comply with strict laws and regulations. Not only do they improve safety and health, but also business continuity.
Key advantages of extraction systems in the defense industry
- Health: Removes harmful substances, fumes and welding fumes from breathing air
- Safety: Minimizes fire and explosion risks in ATEX zones
- Efficiency: Energy-efficient systems that automatically adapt to use
- Flexibility: Can be deployed in shifts and adaptable to complex workplaces
- Compliance: Complies with the strictest health and safety standards
- Yield: Reduces downtime, maintenance and consequential dust damage
- Applicability: Suitable for unique situations such as raised exhausts or rotating cabins
What are extraction systems in the defense industry?
Extraction systems for defense applications are advanced systems specifically designed to capture harmful substances in the production of military vehicles and equipment. They are equipped with W3 approved filters, suitable for 24/7 use. Many models are equipped with smart features such as frequency converters and negative pressure sensors for optimal energy use. In contrast to standard solutions, these systems are tailored to the unique requirements of defence production.
Specific requirements for defense extraction systems
Defence installations must be resistant to harsh conditions, process a high concentration of harmful substances and limit the risk of explosion. Think of welding armour plates or engine parts. The installations are tailored to different vehicle structures, such as high exhausts or rotating cabins. They meet the most stringent standards and help prevent wear and tear on machines and employees due to dust pollution.
Types of extraction systems in the defense industry
Welding fume extraction
Available in three forms: direct extraction at the torch, via extraction arms or integrated extraction tables. For large spaces: technical room ventilation.
Mobile extraction systems
Ideal for flexible use and limited space. Compact but powerful.
Stationary extraction systems
Permanently installed central systems, suitable for long-term use in large halls.
ATEX certified extraction systems
For areas with a risk of explosion — ensure safe filtering of flammable substances and gases.
ATEX extraction systems
Must comply with the ATEX Directive 2014/34/EU. Depending on the zone (e.g. Zone 21 or Zone 1), specific design and operation requirements are imposed. Even if an installation itself does not contain any explosive mixtures, it must comply with ATEX as soon as it is used in such an environment.
Modern extraction solutions from Kiekens for the defense industry
With more than 100 years of experience, Kiekens develops high-quality extraction systems that seamlessly meet the complex requirements of defense and aviation. From central systems to mobile units and ATEX solutions — we provide customized solutions that meet the highest standards. Our systems remove even the most persistent contaminants from the air and keep both people and machines safe. Looking for a reliable partner? Get in touch with us. We help you find the right solution — expert, thoughtful and sustainable.
The installation must capture harmful substances effectively at source, be energy efficient and — in risk areas — comply with ATEX. The quality of the filters and monitoring are crucial.
The installation captures contaminants at source via extraction arms or covers. A fan creates negative pressure, so that the air is drawn in via pipes. Coarser particles are pre-separated (e.g. via cyclones), after which the air is cleaned via multiple filter layers. The clean air is then brought back into the room or removed outside.
Yes. Such systems are essential for protecting employees, ensuring product quality and complying with legislation. They make a safe, healthy and sustainable production environment possible.
