Process safety consulting for the sectors where getting it wrong isn't theoretical. Highly hazardous chemicals, high pressure, high consequence.
Offshore platforms, FPSO, onshore production facilities. Well control, separator trains, gas processing, produced water treatment. API RP 14C / API RP 14J safety analysis.
Natural gas processing plants, NGL fractionation, pipeline compression stations, storage terminals. PSM applicability analysis for covered processes. HAZOP for compression units.
Ethylene crackers, derivatives plants, aromatics units. Reactive chemistry hazard assessment. High-complexity HAZOP for multi-stream processes. LOPA for high-demand scenarios.
FCC units, hydroprocessing, reforming, alkylation. API RP 750 process hazard management. Fired heater safety review. Relief system load cases.
Liquefaction trains, storage tanks, regasification terminals, LNG export facilities. NFPA 59A, DOT Part 193. Cryogenic release modeling. Vapor dispersion and fire modeling.
Reactive chemicals, toxic gas production, energetic materials. Reactive hazard assessment. Exothermic reaction calorimetry data interpretation. DIERS methodology for two-phase relief.
The energy transition is creating new process facilities with real process safety demands.
Green hydrogen (electrolysis), blue hydrogen (SMR + CCS), compressed and liquid hydrogen storage. Flammability range 4–75% presents unique detection and ignition challenges. NFPA 2 compliance.
Sustainable aviation fuel, biodiesel, renewable diesel. Often retrofit to existing refinery infrastructure — brownfield hazard analysis. High-temperature processing of agricultural feedstocks.
CO&sub2; compression, pipeline transport, injection facilities. High-pressure CO&sub2; release and asphyxiation hazards. Dense phase pipeline dynamics. PSM applicability at supercritical pressures.
Every sector has its specific hazard profile. Tell us about yours.
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