Gas Processing Solution

Fairtex Group, in partnership with Technomak, offers a comprehensive Gas Processing Solutions Package to optimize gas production, conditioning, and environmental compliance. These solutions are tailored to meet the specific needs of upstream, midstream, and downstream operations.


Our Key Offerings:



  • Gas Dehydration: Removes water vapor from natural gas to prevent pipeline corrosion and hydrate formation, ensuring smooth transportation and processing.

  • Gas Sweetening: Removes hydrogen sulfide (H₂S) and carbon dioxide (CO₂) from natural gas, making it safe for use and meeting export standards.

  • Nitrogen Generation Package: Produces high-purity nitrogen for applications such as inerting, purging, and pressurization in oil and gas operations.

  • Fuel Gas Conditioning: Prepares natural gas for use as a fuel by removing impurities and optimizing its quality for combustion systems.

  • Flare Gas Recovery System: Captures and reuses flare gas, reducing emissions and improving energy efficiency in compliance with environmental standards.

Gas Processing Solution

Gas Dehydration Package

We offer a Gas Dehydration Package designed to effectively remove water from natural gas streams, ensuring compliance with pipeline and sales gas specifications. This solution is essential for preventing corrosion, hydrate formation, and inefficiencies in downstream processing.


Process Overview:
Gas dehydration involves separating oil and condensate from wet gas streams and removing water vapor using specialized dehydration units. Triethylene Glycol (TEG) and molecular sieves are commonly employed to achieve optimal water removal levels. TEG dehydration is particularly effective for reducing water content to meet pipeline standards and protect infrastructure.


Key Features:



  • Custom designs tailored for:

    • High Acid Gas Concentrations

    • Associated Gas Streams

    • Retro-Condensation Challenges

    • High BTX Content (Benzene, Toluene, Xylenes)



  • Modular and compact designs suitable for space-constrained installations.

  • Applications for onshore, offshore, and floating production facilities.

Gas Dehydration Package



Gas Sweetening Package

We offer a Gas Sweetening Package designed to remove carbon dioxide (CO₂) and hydrogen sulfide (H₂S) from natural gas, ensuring compliance with safety, environmental, and sales standards.


Features:



  • Membrane technology for compact and efficient CO₂ removal.

  • Amine-based solutions for:

    • CO₂ removal to 50 ppmv and H₂S to 4 ppmv.

    • Open-market solvents like selective MDEA or MDEA with piperazine.

    • Modular designs for up to 150 m³/h lean amine capacity.

    • Stick-built designs for larger capacities.

    • Suitable for both onshore and offshore applications.




This single-package solution is flexible, scalable, and designed for various gas processing needs.

Gas Sweetening Package



Nitrogen Generation Package

We provide membrane-based nitrogen generation technology designed for efficiency and reliability in industrial applications.


Features:



  • Compact and containerized design for ease of deployment.

  • Cost-efficient and reliable operation.


Applications:

The generated nitrogen can be used for:



  • Stripping gas

  • Plant utilities such as blanketing, sealing, and purging


This package offers a practical and versatile solution for nitrogen requirements across various plant operations.

Nitrogen Generation Package



Fuel Gas Conditioning Packages

We offer a comprehensive range of Fuel Gas Conditioning Packages designed to deliver clean, treated gas essential for the efficient operation of gas-driven equipment like turbines and generators.


This package ensures optimal performance and reliability by providing high-quality fuel gas tailored to meet stringent operational requirements.

Fuel Gas Conditioning Packages



Flare Gas Recovery Systems

We offer advanced Flare Gas Recovery Systems aimed at reducing environmental emissions and recovering energy from flare gas. This solution helps mitigate the environmental impact of gas flaring while optimizing energy use.


Technologies Offered:



  • Compressor Technology: Compresses and treats flare gas for burner applications, ensuring efficient use of recovered gas.

  • Gas Ejectors: Utilizes small streams of high-pressure gas or liquid to compress low-pressure flare gas, preparing it for further treatment.


These technologies can be offered individually or in combination, providing a flexible solution for flare gas recovery, emission control, and energy recovery.

Flare Gas Recovery Systems



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