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Gas & Vapor Flammability Testing is essential for facilities handling flammable gases, vapors, and volatile liquids. At Prime Process Safety Center, we evaluate the flammability and explosive properties of gases and vapors to identify potential hazards and support safe handling, storage, process design, and regulatory compliance. Our goal is to help companies minimize fire and explosion risks, prevent incidents, and meet regulatory requirements while protecting personnel, the environment, and valuable assets.
Our Gas & Vapor Flammability Testing Capabilities
Using advanced laboratory instrumentation, we assess flash point, flammability limits, autoignition behavior, oxygen concentration thresholds, and explosion severity. Our testing capabilities include:
- Flash Point Testing
- Flammability Limits (LFL/UFL)
- Autoignition Temperature (AIT)
- Limiting Oxygen Concentration (LOC)
- Explosion Severity (Pmax and Kg)
Testing is conducted in our ISO/IEC 17025:2017 accredited laboratory following recognized standards including ASTM D93, ASTM E659, ASTM E681, ASTM E2079, and EN 15967.
Why Gas & Vapor Flammability Testing Matters
This data helps your organization:
- Establish safe operating conditions, ventilation requirements, and storage limits
- Complete Safety Data Sheet (SDS) Section 9 with accurate, defensible property data
- Strengthen Process Hazard Analysis (PHA) with quantified flammability data — replacing assumptions with test-backed safety parameters
- Design explosion prevention and protection systems including inerting, venting, and suppression
- Select appropriate equipment for use in classified hazardous areas
How Results Are Applied
Flammability test results feed directly into your process safety program. Flash point and flammability limits define the concentration ranges and temperatures your team must control to prevent ignitable atmospheres. Autoignition temperature data informs equipment temperature ratings and safe operating boundaries. LOC values guide inerting strategies for enclosed systems. Explosion severity data, Pmax and Kg, drives the sizing of explosion venting, suppression, and containment systems. All results are reviewed by our engineers, who provide practical recommendations tied to your specific process conditions.