Support with Mapping Services
MSA’s flame and gas mapping solution assists in the evaluation of flame and gas risks within a process facility and seeks to reduce those risks towards an acceptable risk profile. Flame and gas mapping considers the application, sensor technologies, detector placement, zoning, probability of alarming with voting and non-voting systems, and the best measurement range to achieve the highest possible detection coverage - ultimately determining the optimal number of detectors.
If you would like to verify your existing system, or are looking for advice on a new solution, please get in touch with our specialists.GET SUPPORT WITH MAPPING SERVICE GET SUPPORT WITH MAPPING SERVICE
Fire and Gas Mapping Solution
Fixed flame and gas detector systems are designed and installed to protect large and complex areas filled with process equipment from risks of combustible or toxic gas leaks, explosions and flames. For these systems to be effective, it is important that they offer a high likelihood of detecting the presence of flame and gas hazards within monitored process areas. Determining the optimal quantity and location of flame and gas detectors is therefore critical to ensure the detection system’s effectiveness.
MSA flame and gas mapping is a solution that assists in the evaluation of flame and gas risks within a process facility and reducing these risks towards an acceptable risk profile. Flame and gas mapping includes placing of detectors in appropriate locations to achieve the best possible detection coverage.
MSA's flame and gas mapping helps customers:
Increase plant safety by improving the likelihood of detecting flame and gas hazards.
For new installations, mapping can help improve the design of new fire & gas systems to mitigate risks from accidental gas releases. For existing installations, mapping provides a method for assessing the risk reduction performance of existing fire & gas detector systems and recommends ways to improve coverage.
Optimize resource allocations.
Through mapping, the appropriate types and quantities of flame and gas detectors that provide the desired detection coverage can be objectively determined. Mapping also equips the engineer with the means to measure detection improvements when small incremental design changes are made. Mapping can therefore help minimize overall system costs.
Improve design accuracy and engineering efficiency.
With mapping, deciding detector layouts becomes a lot easier because mapping provides a methodical and systematic approach for determining the areas with the highest likelihood of flame and gas risks. Understanding the locations and likelihood of risks helps remove guesswork and inefficiencies from engineering.
no detection present
60% gas detection coverage
> 90% gas detection coverage
> 99% gas detection coverage
3D rendering of gas map with final gas detector placements
RESOURCES ON ADDITIONAL LAYERS OF DETECTION & SOLUTIONS
PROVEN SOLUTION FOR IR BASED OPEN PATH GAS DETECTORS
IR based Open Path Gas Detectors usually detect in LEL.Metres and can only detect large or high concentration gas clouds. Learn how detecting in PPM.Metres increases detection probability.
REVOLUTIONARY GAS DETECTION TECHNOLOGY
Laser ELDS detection is the latest Open Path detection technology, detecting both Flammable and Toxic gases. The Laser is not affected by fog and rain, so improves the detection uptime in these challenging conditions.
GET THE BEST FROM GAS LEAK DETECORS
Ultrasonic Gas Leak Detectors are the fastest sensor technology ever developed – using acoustics to listen for gas leaks and detecting them at the speed of sound. Learn how they can improve your detection system with earlier, more reliable detection.
VERIFY YOUR EXISTING GAS DETECTION SYSTEM
F&G Mapping Application Note. Learn how to increase the probability of detecting a gas leak by designing a system with multiple layers of detection – Point, OPGD, UGLD detectors.
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