Utilizes amine solutions to remove hydrogen sulfide (H₂S) and carbon dioxide (CO₂) from natural gas and hydrocarbon liquids, improving gas quality and protecting downstream equipment.
Employs advanced molecular sieve technology to achieve ultra-low levels of H₂S and CO₂ removal, ensuring compliance with stringent environmental and safety standards.
A process using TEG to remove water vapor from natural gas, preventing hydrate formation and corrosion in pipelines and downstream equipment.
Uses molecular sieves to effectively dehydrate natural gas, providing a high degree of moisture removal and ensuring gas quality and safety.
Implements mechanical refrigeration to control the hydrocarbon dew point and recover natural gas liquids (NGLs), optimizing gas processing efficiency.
Utilizes the JT effect and LTS processes to achieve efficient hydrocarbon dew point control and NGL recovery, enhancing gas quality and value.
Uses Mono-Ethylene Glycol (MEG) injection to prevent hydrate formation in pipelines, with regeneration systems to recycle MEG, reducing operational costs.
Employs cryogenic technology and turbo-expanders/compressors to separate and recover NGLs from natural gas, achieving high efficiency and product purity.
Designed to intercept and temporarily hold large volumes of liquid slugs in gas pipelines, preventing damage to downstream equipment.
Utilizes vertical or horizontal separators to efficiently separate gas, oil, and water phases, ensuring optimal processing and equipment protection.
Provides accurate measurement and separation of well fluids during testing and production, enhancing operational control and data accuracy.
Employs multiple cyclones to remove particulates and liquids from gas streams, ensuring cleaner gas and protecting downstream equipment.
Uses coalescing filters to remove fine liquid droplets and aerosols from gas streams, improving gas purity and protecting equipment integrity.