PROTEGO®
Apagallamas a prueba de detonaciones
Evitar detonaciones en tuberías
Los apagallamas a prueba de detonaciones estánn diseñados para evitar la propagación de la llama en sistemas de tuberías donde la combustión puede transformarse en una detonación de alta energía.
A diferencia de las deflagraciones, las detonaciones implican velocidad supersónica de la llama and significant pressure waves, requiring equipment that can withstand and safely dissipate these extreme conditions. In industrial systems handling flammable gases or vapors, Detonation Detonation Explosion, die sich mit Überschallgeschwindigkeit fortpflanzt, gekennzeichnet durch eine Stoßwelle. Arresters are typically installed within pipework to protect downstream equipment, storage tanks, and process units. Their function is to suppress the effects of a detonation, extinguish the flame, and protect non-explosion-proof components and vessels within your system.
Highlights of PROTEGO® Detonation Flame Arresters
How it works
When a detonation reaches the arrester, the flame and shock wave enter the narrow gaps of the FLAMEFILTER® discs. The energy is dissipated within these gaps, which cools the flame below its ignition temperature and extinguishes it. This prevents the flame front from continuing through the pipeline.
For larger nominal diameters, additional design elements such as the patented SWGTE (Shock Wave Guide Tube Effect) reduce the energy of the detonation shock wave before it reaches the flame arrester unit. This staged energy reduction improves the reliability of flame extinction under high-energy conditions and improves process efficiency.
Flame Arrester Unit
The core of the device is the PROTEGO® flame arrester unit. It consists of multiple FLAMEFILTER® discs and spacers arranged within a FLAMEFILTER® cage. The number of discs and their gap size are defined based on operating conditions such as temperature, pressure, and vapor group.
Available Options
The PROTEGO® devices are working to our utmost satisfaction. PROTEGO®—who, with their technical expertise, supported in reducing the overall life cycle cost of the Detonation Flame Arresters installed at our plant by installing flame arresters, which are easy to clean and maintenance-friendly.
Application Examples for PROTEGO® Detonation Flame Arresters
We provide engineered safety solutions.
Since 1954, PROTEGO® has built and provided Flame Arresters, Pressure and Vacuum Relief Valves and Tank Equipment, now with the help of more than 750 employees worldwide.
Engineering and Compliance
PROTEGO® Detonation Flame Arresters are type-tested and certified according to ATEX and other international standards. Each device is supplied with a statement of conformity defining its approved operating conditions.
Selection is based on key engineering parameters:
If no suitable device can be found, please contact us. Special designs and approvals are available.
Sizing is based on the relationship between flow rate and pressure drop using the p/V performance diagram.
Key Features and Design Characteristics
Multiple FLAMEFILTER® discs arranged in a defined geometry create controlled narrow gaps for flame quenching. This ensures reliable extinction of detonations under specified process conditions.
All dry PROTEGO® Detonation Flame Arresters use a modular design. This simplifies servicing and allows configuration based on application-specific parameters such as pressure, temperature, and gas properties.
For larger nominal diameters, the patented Shock Wave Guide Tube Effect reduces detonation energy before it reaches the flame arrester unit. This improves protection performance in high-energy detonation scenarios, reducing pressure drop and improves process efficiency.
Devices are designed for stable and unstable detonations and are also tested for deflagration protection. With an additional temperature sensor, they can respond to short-time stabilized burning conditions.
Configurations are available for dry gas and vapor systems as well as liquid systems using a liquid barrier. Selection is based on operating conditions, explosion group classification, and process characteristics.
Designs are available in concentric, eccentric, and 90-degree configurations. This allows integration into different piping layouts and system geometries, improves device maintainabilty and helps with challenging conditions such as condensate carryover.
A wide range of sizes, materials, and designs can be provided. If standard configurations are not suitable, custom solutions can be developed and tested at the PROTEGO® test facility.
