Fire and Gas (F&G) Mapping: Methodology, Performance Targets, Acceptance Criteria
Learn how Fire and Gas (F&G) Mapping can optimize detector placement and improve safety in the oil and gas industry.
Fire and Gas System Tutorial and training materials to understand the technical concept of fire alarm and gas detection systems.
Learn how Fire and Gas (F&G) Mapping can optimize detector placement and improve safety in the oil and gas industry.
The Lower Explosive Limit (LEL) denotes the minimum gas concentration in the air necessary to ignite when exposed to a fire source.
A fire pump provides high-pressure water flow to fire sprinkler systems and fire hose standpipes in buildings or industries.
Fire and gas detectors often use a 3-wire system rather than a 2-wire system for better functionality and safety.
Ultrasonic Gas Leak Detectors (UGLD) are used to find the gas leak within the detector’s range. It measures in decibels (dB).
Many times, we encounter problems with these gas detectors and face issues in troubleshooting and practical solutions for them.
This article provides the general requirements for the design basis for fire detection alarm systems, and selections of detectors.
Design a PLC-based ladder logic project for a gas detection system to monitor the H2S, HC, and oxygen gas concentration in an industry.
Fusible plug is a safety device that contain a material, which melts at a pre-determined temperature and then releases pressure.
The selection of fire branches is a function of its end-use. The water flow rate will extinguish the fire in an industrial environment.