S-Con, Inc is a full-service Engineering, Procurement and Construction (EPC) company, capable of meeting the natural gas treating and natural gas processing needs and requirements of our Customers. Whether it is for the gas treating and removal of acid gas components such as carbon dioxide (CO2) or hydrogen sulfide (H2S) from our Customers inlet natural gas stream, or gas processing for recovery of Natural Gas Liquids (NGL) or Liquefied Petroleum Gas (LPG) products, S-Con is ready and capable to meet our Customers' needs.
S-Con can provide a wide variety of amine plants for gas treating, ranging in size from 30 gpm to 2000 gpm. S-Con has designed and fabricated both amine gas treating and amine liquid treating applications for our Customers using standardized modular gas plant designs. Additionally, S-Con can and does provide glycol dehydration units ranging in size from 25 gpm to 120 gpm which allow our Customers to dehydrate the natural gas exiting the amine plants. Several of the plants recently constructed by S-Con in the Haynesville Shale area were provided as complete facilities including both the amine gas treating and natural gas dehydration of the inlet gas streams.
S-Con is also experienced in the design, fabrication and construction of Natural Gas Processing Plants. These include Molecular Sieve Dehydration Plants, Hydrocarbon Dewpoint Control Plants, Cryogenic Gas Plants, NGL Fractionation and LPG Fractionation Plants and Condensate Stabilizer systems.
Whether it is a grass-roots design, or the re-location and refurbishment of an existing plant, S-Con's in-house Engineering and Design capabilities, combined with our Plant Fabrication and Plant Construction knowledge and expertise, allow S-Con to provide our Customers the full range of services necessary to take a project from conception to start-up in the most time efficient and cost effective manner possible.
Call us today at 1-979-822-4445 for any gas processing, gas treating, CO2 removal, H2S removal, NGL fractionation, amine treating or natural gas dehydration needs.