Central Processing Facilities
Equinox provides world class expertise in gas processing, gas treating and liquids recovery facilities design. We have designed and constructed over 80 gas processing trains worldwide.
Our experience includes a wide range of processing and treating facilities including refrigeration plants, amine sweetening, sulphur recovery, mercury removal, acid gas transportation and disposal, glycol dehydration, mole sieve dehydration, cryogenic processing plants, turbo-expanders, NGL recovery and fractionation.
Glacier Sour Gas Plant Expansion (250 TJ)
FEED, Detail Design for expansion of sour gas plant including new refrigeration, condensate stabilization, vapour recovery, compression, power generation, along with upgrades to the amine sweetening plant.
Musreau Sour Gas Plant (200 TJ)
FEED, Detail Design and installation of a 200 TJ sour gas plant containing inlet separation, inlet compression (3 reciprocating compressors totaling 14,205 hp), mole sieve dehydration, a turbo expander liquid recovery package (17,697 bbl C2+), sales compression (2 centrifugal compressors totaling 26,440 hp), C2+ storage, condensate stabilization (5,896 bbl), LACT and power generation (11.2 MW). A sour gas processing train is included with amine sweetening (CO2 and H2S removal), and vapour recovery unit.
Simonette Gas Plant
FEED and Detail Design and installation of 50 TJ expansion of the existing Simonette plant.
The process train includes slug catcher, liquids / liquids separator, inlet separation, condensate stabilizer, stabilizer overheads compressor, inlet/sales compression (2370 HP), refrigeration, de-ethanizer overheads compressor, LACT units (sales gas, condensate, LPG), produced water injection, storage for produced water and condensate. This will also provide incremental LPG production of 2,700 bpd and incremental stabilized condensate production of 9,000 bpd.
Dawson Sour Gas Plant (120 TJ)
FEED and Detail Design for a sour gas plant with process trains (2 x 60 TJ) containing inlet separation, inlet/sales compression (4 reciprocating compressors totaling 15,000 hp), amine sweetening (CO2 and H2S removal), refrigeration, liquid fractionation and stabilization, acid gas compression, vapour recovery, recycle system, power generation (2 x 4.6 MW gensets), storage for produced water, condensate (275 bpd) and NGL (171 bpd) with truck-out facility.
Musreau Phase 1 Gas Plant (45 TJ)
FEED and Detail Design for a gas plant which includes inlet separation, condensate stabilization, inlet/sales compression (5 reciprocating compressors totaling 10,000 hp), refrigeration, de-ethanizer, a vapour recovery, recycle system, storage for produced water, condensate (800 bpd) and NGL (912 bpd) with truck-out facility.
Pouce South Sour Gas Plant (60 TJ)
FEED and Detail Design for a 2 process train gas plant containing inlet separation/slug catcher, inlet/sales compression (4 reciprocating compressors totaling 7,920 hp), amine sweetening (CO2 and H2S removal), refrigeration, condensate stabilization, acid gas compression, vapour recovery, recycle system, storage for produced water and condensate (390 bpd) and truck out facility.
Debolt Frac Water Treatment Facility
The Debolt water treatment plant is a proprietary grassroots facility located approximately 20 KM south of the North West Territories border in the farthest reaches of northeast British Columbia. The EPCM project was completed to install a new water treatment plant at the existing Etsho compressor and dehydration facility. The scope of the project was to install a new sour produced water treatment plant including a stripping tower, a degassing tank, and a proprietary, confidential process to reduce the H2S content of the water to 0 ppm. The design capacity of the facility is 16,000 m3/d of inlet sour produced water.
Tooga Gas Plant (60 TJ)
The new Tooga Gas Plant is a modularly designed facility specifically layed out for ease of transportation and assembly in a remote fi eld in north east British Columbia Canada. The Tooga Gas Plant is designed with a 60 TJ capability to handle inlet process gas containing 50 ppm H2S and 3.5% CO2. This plant was added to the Duke Energy compressor site; the initial facility was equipped with inlet separation, condensate blowcase, compression and dehydration to transmit sour process gas and condensate liquids through 22 km, 8 inch diameter pipeline to the Peggo Sour Gas Processing Plant. The new processing train includes inlet separation, inlet compression, amine sweetening, and dew point control refrigeration to transmit sales pipeline specification gas to the Peggo Gas Plant.
West Doe Sour Gas Plant (100 TJ)
FEED and Detail Design for a sour gas plant with three process trains totaling 100 TJ with process gas conditions of 2.6% H2S and 3.0% CO2 from the Montney.
Facility includes containing inlet separation, inlet compression, amine sweetening, refrigeration, liquid fractionation and stabilization, acid gas compression, vapour recovery and recycle system, sales compression. Power generation includes one Solar Taurus 59 (4500 KW) genset and five 550 KW natural gas driven electrical generators). Also includes storage for produced water, condensate and NGL with truck-out facility.
Pouce Coupe Sour Gas Plant (60 TJ)
FEED and Detail Design for 58 TJ gas plant including inlet separation, inlet/sales compression, amine sweetening (CO2 and H2S removal), refrigeration, liquid fractionation & stabilization, acid gas compression, acid gas blending, vapour recovery, recycle system, storage for produced water, condensate and NGL with truck-out facility.
Equinox is the only Canadian EPCM and one of the few in the world to be an approved engineering service provider for detailed engineering design of sour gas and sulphur recovery projects with respect to the THIOPAQ Biological Desulphurization Process. This technology removes H2S from natural gas streams and converts it directly to elemental sulphur utilizing a naturally occurring, non-genetically modified microorganism from the Thiobacillus family. In Canada, Equinox provided the EPCM services for the first and only high-pressure natural gas applications including the Bantry Gas Plant (12 TJ, 1 t/d sulphur) and the Valhalla Gas Plant (2 TJ, 2 t/d sulphur).