GAS TRANSMISSION SOLUTIONS

Modern Gas Transmission (MGT) Solutions

• MGT are technologies developed for improving gas transmission energy efficiency resulting in reduced fuel consumption, operational costs and carbon emission;
• MGT target all gas transmission system components including Gas Compressor Station, Gas Pipeline and Gas Pressure Reduction Station;
• MGT are developed by extension of Machinery Engineering and Process Integration experiences in Gas Processing Facilities, LNG Plants, Power Stations and Utility Plants to gas transmission systems;
• MGT include five Gas Transmission Engineering Concepts (GasTEC):

- GasTEC I: CCSD (Combined Compressor Station Design)
- GasTEC II: OPD (Optimal Pipeline Design)
- GasTEC III: ICSD (Integrated Compressor Station Design)
- GasTEC IV: TEPR (Turboexpander Equipped Pressure Reduction)
And “The Ultimate Gas Transmission Solution;” a combination of GasTEC I and GasTEC II: - GasTEC V: The Ultimate Gas Transmission Solution

Classic Gas Transmission Solutions

• Gas Pipeline

- Hydraulic Design: HP/LP, Optimum Size, Optimum No. of Compressor Stations
- Mechanical Specification


• Gas Compressor Station

- Design and Performance
- Optimum Arrangement
- Specification of Compressor and Driver


• Gas Pressure Reduction Station


• Turboexpander Equipped Gas Pressure Reduction Station

- Process Design and Simulation
- Power Generation Capacity
- Optimum Speed and No. of Stages
- Mechanical Design

Gas Processing Solutions

Modern Gas Transmission Solutions solutions can be customized for energy integration in gas processing plants:
• Steam Turbine Driven Compressors (GasTEC I)
• Electric Motor Driven Compressors (GasTEC III)
• Fuel Free Power Generation