Direct engineering supply of heavy-duty oil and gas process equipment, modular gas processing packages, and genuine replacement internals engineered by BS&B Process Systems (Black, Sivalls & Bryson). We deliver vertical and horizontal 2-phase and 3-phase production separators, free water knockouts (FWKO), TEG/DEG glycol gas dehydration units, electrostatic crude oil dehydrators and desalters (EC Treater), indirect water/glycol bath heaters, two-stage gas filter-separators, Mistex mist eliminator pads, and cryogenic molecular sieve dehydration plants for upstream, midstream, refinery, and petrochemical applications worldwide.
Heavy-duty vertical and horizontal separator vessels engineered by BS&B Process Systems for continuous separation of raw wellstreams into marketable crude oil, associated natural gas, and produced formation water.
Engineered turnkey gas dehydration packages utilizing triethylene glycol (TEG) absorption technology for continuous moisture extraction from natural gas and associated gas streams.
High-efficiency electrostatic crude oil treaters and desalters engineered by BS&B to resolve tight, stable emulsions and extract residual water and inorganic salts.
Safe and reliable indirect water/glycol bath heaters and molten salt process heaters engineered by BS&B to safely heat high-pressure gas and liquid hydrocarbons.
High-efficiency two-stage gas filtration and separation vessels engineered by BS&B to remove fine solid particulates, oil mists, and liquid aerosols upstream of compression and metering assets.
High-performance wire mesh and chevron vane mist eliminators manufactured by BS&B Process Systems to eliminate liquid carryover and maximize processing capacity.
Advanced solid bed thermal swing adsorption (TSA) and pressure swing adsorption (PSA) systems engineered by BS&B for ultra-deep gas dehydration and contaminant sweetening.
Genuine replacement parts, column internals, and process hardware supplied through Oilfield Parts Xpress for BS&B separators, dehydrators, treaters, and heaters.
Our senior chemical and petroleum process engineers perform rigorous thermodynamic, phase equilibrium, fluid dynamics, and mass transfer calculations strictly tailored to your actual wellstream composition (sour H2S, CO2 molar fractions, heavy asphaltenes, paraffin waxes, and formation water salinity), design gas flow rates, operating temperatures, and design pressure conditions. We determine the optimal vessel sizing, internal coalescing matrix, random and structured packing configurations, demisting modules, heating coils, and automated process control instrumentation to ensure maximum separation efficiency and minimum chemical losses across the entire field lifecycle.
We engineer and deliver turnkey, skid-mounted, factory-tested process packages pre-assembled on heavy structural steel baseframes to drastically reduce on-site civil and construction timelines. Deliverables comprise: ASME Section VIII Div 1 & 2 certified pressure vessels, process interconnecting piping manifolds, automated pneumatic control valves, safety relief valves, glycol-glycol heat exchangers, high-pressure injection pumps, electrical heat tracing, explosion-proof instrumentation junction boxes, and SIL-rated PLC automation panels with emergency shutdown (ESD) capabilities and remote SCADA telemetry integration.
Every fabricated pressure vessel, piping spool, and heat exchanger undergoes extensive non-destructive testing (100% radiographic inspection of critical weld seams RT, ultrasonic thickness scanning UT, hydrostatic pressure testing up to 1.5x design ratings, and post-weld heat treatment PWHT where specified). Systems are delivered with complete engineering dossiers: certified vessel logbooks, as-built piping and instrumentation diagrams (P&IDs), electrical wiring schematics, finite-element stress calculations, and accredited certificates of conformity adhering to ASME 'U'/'U2'/'R' stamps, API Spec 12J, API Spec 12K, and global pressure vessel directives.
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