NoDoC, Cost  Engineering  Data  Warehouse for Cost Management of Oil & Gas Projects
Follow us
  • Home
  • About
  • NoDoC
  • Blog
  • Training
  • Customers
  • Library
    • Books
  • Pedia
    • Upstream >
      • Reservoir Eng. >
        • Reservoir Properties
        • Reservoir Geology
        • Well Charting
        • Reservoir Geophysics
        • Reservoir Petrophysics
        • Well Testing
        • Reservoir Modeling
      • Exploration >
        • Evaluation
        • Geology
        • Geophysics
        • Geochemistry
        • Petrophysics
        • Simulation
        • valuation
      • Drilling >
        • Casing\Tubing
        • Tools & Accessories , Downhole Eqiupment
        • Technologies
        • Offshore Platforms
        • Drilling Services
        • Vessels-Offshore
        • Subcontractors
        • Drilling Rigs
        • Drilling Fluids
      • Completion >
        • Well Completion
        • Well Logging
        • Well Stimulation
        • Sand Control
        • Sediment Prevention
        • Well Performance
        • Wellhead Facilities
      • Enhanced Recovery >
        • Thermal Methods
        • Non Thermal Methods
        • ESP
        • Wellsite Optimization Equipment
        • Technical Assessment
        • Economic Analysis
    • Midstream >
      • Oil & Gas Processing >
        • Gathering Systems
        • Separation
        • Treatment
        • Dehydration
        • Desalination
        • Chemical lnjection
      • Transportation >
        • Gas Transfer Pipeline
        • Oil Transfer Pipeline
        • Tankers
        • Vessels
        • FPSO
      • Storage >
        • Petroleum Storage
        • Gas Storage
        • Underground Storages
        • Loading Arm
    • DownStream >
      • Refining Oil >
        • Desalting
        • Atmospheric Distillation
        • Hydro Treating
        • Reforming
        • Isomerization
        • Vacuum Distillation
        • Alkylation
        • Visbreaking
        • Catalytic Cracking
        • Cocking
      • Refining Gas >
        • Condensate & Water Removal
        • Acid Gas Removal
        • Dehydration
        • Mercury Removal
        • Nitrogen Rejection
        • NGL Recovery
        • Fractionation
        • Gas Sweetening
        • Tail Gas Treating
        • SRU
        • SUG
      • Distribution >
        • Residential
        • Commercial
        • Electric Power Generation
        • Piping
        • Tankers
        • CNG
        • Gas Station
        • Rail
        • Trucks
      • Sub Products >
        • Basic Unit
        • Intermediate unit
        • Parrafines
        • Olefines
        • Aromatics
        • Chemicals from Acetylene
        • Chemicals from Natural Gas
        • Chemicals from Synthesis Gas
        • Inotganic Petrochemicals
        • Methanol
    • Sample DB
    • Training
    • Petroeconomics
  • Thermopedia
  • Contact
  • Members Area
    • WJO Support Center
    • CNPCI SUPPORT CENTER
    • MAPNA SUPPORT CENTER
    • PEDCO SUPPORT CENTER
    • Vitara SUPPORT CENTER
    • KNPO SUPPORT CENTER
    • OTHER CUSTOMERS SUPPORT CENTER
  • Category
  • Uploads
  • NoDoC
  • >
  • Skid Mounted Process Units
  • >
  • Gas sweetening unit

Gas sweetening unit

SKU:
€0.00
Unavailable
per item
This product include data on cost for Gas sweetening unit using AMINE. You can use this data for estimation of cost of this unit based on the inlet and outlet process data of the unit such as Temperature, Pressure, Gas composition,...
For more information about the amine gas unit  read the followings.

  • Facebook
  • Twitter
  • Pinterest
  • Google+
Buy Now
Amine gas treating, also known as gas sweetening and acid gas removal, refers to a group of processes that use aqueous solutions of various alkylamines (commonly referred to simply as amines) to remove hydrogen sulfide (H2S) and carbon dioxide (CO2) from gases. It is a common unit process used in refineries, and is also used in petrochemical plants, natural gas processing plants and other industries. Processes within oil refineries or chemical processing plants that remove hydrogen sulfide and/or mercaptans are commonly referred to as sweetening processes because they result in products which no longer have the sour, foul odors of mercaptans and hydrogen sulfide.

The units use aqueous solutions of various alkylamines to remove hydrogen sulfide (H2S) and carbon dioxide (CO2) from gases. The main purpose of a gas sweetening unit is to reduce the CO2 and H2S levels to commercially and environmentally acceptable amounts. These gases, frequently found in natural gas streams, are highly toxic, extremely corrosive, and can significantly reduce the BTU value of the gas.

Other advantages of using gas sweetening units are:
  1. Reduced manufacturing times, and,
  2. Reduced hazardous risk to the environment
Gas sweetening units are common process units as used in oil refineries, petrochemical plants, natural gas processing plants, etc.

Gas sweetening units, (also known as amine treating units), are a processing unit that removes contaminants from gas, making it environmentally suitable for transportation and commercial use.

The process is referred to as sweetening and it processes gases so they no longer have the sour, foul odors of mercaptans and hydrogen sulphide.

The sweetening process entails mixing the sour gas with an amine solution, which absorbs the acidic gases later in the process as the mixture is heated and cooled until the purified and acidic gases are separated.
Copyright@ 2016-2017  Dione Oil Ltd.