Hazard Mapping Case Study on a Compressor House
Abstract
Compressors and pumps are amongst the most common sources of leaks in hydrocarbon processing facilities. Preventing leaks is the task of maintenance and inspection programs. Ignition sources are difficult to eliminate given the low ignition energy for most gases. So, when leaks occur, explosions and fires often follow. It is then the task of flame detection systems to sound the alarm quickly and possibly activate automated response systems. The design of these detection systems is of critical importance. Owners and operators need to have confidence in the system and its ability to quickly identify fires in the area of interest. This requires conducting a geographic coverage assessment, preferably aided by well-designed software tools, to calculate coverage levels and identify any concerning gaps in coverage. The authors present a case study where-in the detector layout of a proposed compressor house is assessed and optimized using 3D modeling. The assessment process and results are reviewed to highlight important aspects of the process and key outcomes.
Description
PresentationSubject
Compressor HouseCollections
Citation
Pittman, William; Heaney, Chris; Scoggins, Jim (2018). Hazard Mapping Case Study on a Compressor House. Mary Kay O'Connor Process Safety Center; Texas &M University. Libraries. Available electronically from https : / /hdl .handle .net /1969 .1 /193484.