Produced Water & Gas Treatment

Deoiling Hydrocyclone Packages for bulk removal of dispersed oil from produced water using pressure-driven compact cyclonic separation, with RFQ fields covering minimum normal and maximum water rate, inlet oil concentration and droplet distribution, target outlet oil, pressure and temperature, available differential pressure, gas and solids content, water chemistry, turndown, liner quantity and material, erosion and corrosion basis, reject ratio, reject handling, instrumentation, sampling and performance test method.

Induced Gas Flotation Units for polishing produced water by attaching fine gas bubbles to dispersed oil and suspended solids for surface removal, with RFQ fields covering water rate and composition, inlet and target oil-in-water, suspended solids, salinity, temperature, pressure, gas source and composition, flotation-cell arrangement, recycle ratio, chemical dosing, residence time, skimming and sludge handling, vessel code, metallurgy, hazardous area, instruments, control philosophy and test protocol.

Walnut Shell Media Filters for tertiary removal of residual free oil and suspended solids before discharge, reuse or injection, with RFQ fields covering design water rate, inlet and outlet oil and solids limits, particle distribution, water chemistry, media grade and volume, filtration flux, pressure drop, run length, backwash sequence and source, waste volume, vessel count and redundancy, internal coating, corrosion allowance, controls, sampling and performance guarantee conditions.

Produced Water Injection Pump Skids for pressurization of treated produced water for reservoir injection, disposal or pressure-support service, with RFQ fields covering minimum normal and maximum flow, suction conditions, required discharge pressure, water composition and solids, temperature, vapor pressure, pump type, stages, NPSH margin, materials, corrosion and erosion allowance, seal or packing plan, driver power and voltage, variable speed, duty and standby philosophy, pulsation control, minimum-flow recycle, instruments and performance test.

TEG Gas Dehydration Packages for removal of water vapor from natural gas using triethylene glycol absorption and regeneration, with RFQ fields covering gas composition and rate, pressure and temperature, inlet water content, required water dew point, turndown, contactor type and stages, glycol concentration and circulation, regeneration heat duty, still-column and stripping-gas arrangement, flash gas, BTEX or emissions control, filtration, pumps, metallurgy, sour service, utilities, controls and performance test basis.

Amine Gas Sweetening Units for removal of hydrogen sulfide and carbon dioxide from natural gas using a selected amine solvent system, with RFQ fields covering feed gas composition and contaminants, minimum normal and maximum flow, pressure and temperature, required H2S and CO2 outlet limits, solvent selection and concentration, circulation rate, absorber and regenerator design, reboiler duty, flash and acid-gas handling, filtration, corrosion control, foaming risk, metallurgy, sour service, utilities, emissions, controls and guarantee test.

Molecular Sieve Dehydration Units for deep dehydration of natural gas or hydrocarbon streams for cryogenic, LNG, NGL recovery or stringent downstream water specifications, with RFQ fields covering feed composition and rate, pressure and temperature, inlet and outlet water content, contaminants, adsorbent type, bed diameter and depth, cycle time, number of beds, regeneration gas source and rate, heating and cooling duty, switching valves, dust filtration, pressure-drop limit, thermal transients, vessel internals, metallurgy, controls and adsorbent life basis.

Flare Knock-Out Drum Systems for separation and collection of entrained liquids from relief and blowdown gas before the flare header or disposal system, with RFQ fields covering relief and depressuring cases, gas and liquid rates, composition, pressure and temperature, droplet-removal basis, surge volume, horizontal or vertical vessel, residence and disengagement criteria, liquid pumps, level controls, relief and venting, corrosion allowance, sour service, heat tracing, insulation, slug and low-temperature cases, plot constraints and disposal interfaces.

Vapor Recovery Compressor Units for capture and compression of low-pressure hydrocarbon vapors from tanks, separators and production facilities for recovery or controlled disposal, with RFQ fields covering vapor composition and molecular weight, minimum normal and maximum flow, suction pressure and temperature, discharge pressure, liquid carryover and suction scrubber, compressor type, turndown, recycle, stages and cooling, driver, seals, materials, sour service, pulsation and vibration, noise, hazardous area, emissions target, control philosophy and package performance test.