Search
Return
EN CN RU
Natural Gas Dehydration
Natural Gas Dehydration
Home > Solutions >

Natural Gas Dehydration

Natural Gas Pressure Regulation and Compression
Natural Gas Dehydration
Natural Gas Sweetening
Heavy Hydrocarbon Removal from Natural Gas
Natural Gas Desulfurization
Natural Gas Liquefaction
BOG Re-liquefaction
LNG Gasification for Peak Shaving
Small-Scale Modular Natural Gas Liquefaction Units
Natural Gas Dehydration
Jereh Hengri has incorporated years of experience in natural gas processing and treatment into its independently developed natural gas dehydration processes, which can achieve the best natural gas dehydration effect with the lowest energy consumption and investment cost according to different dehydration level requirements, ensuring maximum project benefits.
Business Scope
  • Deep dehydration for natural gas liquefaction
  • Pipeline natural gas dehydration
  • Natural gas dehydration in underground storage
  • CNG dehydration
  • Dehydration of NGL recovery unit
  • CO₂ dehydration
Natural Gas Dehydration
Technical Features
    • Jereh Hengri's Triethylene Glycol (TEG) Dehydration Process
      Jereh Hengri's Triethylene Glycol (TEG) Dehydration Process
      High Mass Transfer Efficiency: Ensures optimal liquid distribution in the tower, and improves gas-liquid contact efficiency.
      Stable Operation: Minimizes the concentration of hydrocarbons in the TEG system, reducing foaming risks and improving performance stability.
      Reduced Energy Consumption: Maximizes the lean TEG concentration up to 99.9%, ensuring high dehydration efficiency.
    • Jereh Hengri's Molecular Sieve Dehydration Process
      Jereh Hengri's Molecular Sieve Dehydration Process
      Deep dehydration: Uses high-efficiency molecular sieves to meet stringent dehydration requirements under severe working conditions, achieving water dew points below -76°C.
      High Efficiency and Energy Saving: Effectively utilizing the heat generated from dehydration regeneration gas, reducing the regeneration energy consumption significantly compared with conventional processes.
      Low Operational and Maintenance Costs: Different tower configurations can be selected flexibly based on the flow rate and composition of feed gas, ensuring easy maintenance.
Process Flow
客户案例
Project Achievements
We have collaborated with our clients to successfully implement many projects.
Project Cases
What We Offer
Our colleagues will contact you shortly to assist in ensuring the success of your project.
Contact Us