Explosion Protection Services Atex Center Eu

BakerRisk’s hazard mitigation strategies and industry experience enable us to develop and deliver new hazard containment enclosures or test buildings and assess existing structures for efficacy and safety. For over 30 years, BakerRisk’s experienced Risk Engineering professionals have defined the industry’s “gold” standard for performing property insurance risk assessment. BakerRisk’s professional team and decades of experience can help you develop and implement effective emergency response and fire hazard mitigation plans to limit incident impact, ensure business continuity, and more. BakerRisk’s specialists and proprietary technology helps your facility reduce explosive and fire hazard risk, safeguard site personnel and equipment, and more.

The shockwave and flame rapidly travel through the ducts to the unburned dust/air mixture, causing a series of secondary explosions. Accidents in an aspiration system can damage adjacent equipment and rooms where it is installed. Our goal is to establish ourselves in the industry as a complete solution for Explosion Protection Safety. If your facility stores, handles or processes combustible materials, NFPA and ATEX standards require a risk assessment to be completed and documented into a final report. We have extensive knowledge of ATEX, IECEx and North American (NEC) explosion protected equipment and protective systems. Utilising established relationships with certification bodies, we can quickly develop world beating products, using the most efficient path.

During an explosion, due to an air shock wave, the flap closes and locks in the closed position. This is how the mechanical check valve cuts off the explosion by localising it in the ductwork. The inerted explosion suppression system, unlike standard explosion detectors, is safe for use where people are working. It also meets the strict hygiene requirements of the food and pharmaceutical industries. In the storage and processing facilities of the former Soviet republics cyclones developed more than 50 years ago are often used for ventilation.

Discover how our detailed review of your BI risk provides you with the critical input needed when considering capital projects or other plant improvements. Facility siting studies are recommended or required by most regulatory bodies. Explore how our experts have contributed to shaping and establishing widely-accepted industry protocols. See how our QRA studies go beyond simple risk quantification to provide results that drive practical and effective risk reduction solutions.

See how BakerRisk uses the latest methodologies to manage your unique transportation risk needs. This can be very costly for the end user, as they end up with atex fire and explosion protection large, indigestible reports with many general statements copied from the relevant legislation and an over-zoned plant. This will make more work for them, paying out more money in time and equipment to satisfy the reports requirements, which may not be appropriate to their industry circumstances. It forms a critical part of the plant’s safety infrastructure, reducing the likelihood of explosive incidents and ensuring a safer working environment, thus contributing to the overall safety culture. We give all our customers the opportunity to visit an RSBP test facility in the Czech Republic to see explosion protection in action. ATEX.CENTER is an official distributor of the leading European distributor of explosion protection RSBP spol.

Alternatively, we are here for support once your equipment is ready to put in place. If an application is not protected against the effects of an explosion, it can rapidly propagate from one section of the process to another via connecting ductwork, reaching areas of the factory where workers are situated. Our inspection team are very experienced and ‘CompEx’ qualified (EX01-06, EX11, EX12 and EX14 in house). In addition, we lecture and assess for CompEx, so can help you understand and manage your future inspections. BakerRisk helps you design durable structures to withstand any potential worksite hazard.

Explosion protection systems are crucial for safeguarding against the catastrophic consequences of explosions. These systems are designed to prevent the occurrence of explosions in environments where flammable gases, dust, or vapors are present. Key to their function is controlling sources of ignition and maintaining safe concentrations of hazardous substances through ventilation, inerting, and temperature regulation.