TPE’s personnel have experience in the design of the following systems:
Dehydration Systems
- Glycols (TEG & EG) for natural gas and high CO2 content gas
- Glycerol for supercritical CO2
- Molecular Sieves
- Other Desiccants
- BTEX and Still OH Vapor Recovery Units
Gas Sweetening (H2S & CO2 Removal) Systems
- MEA, DEA, DGA, MDEA, Proprietary Amines
- Physical Solvents (Selexol, etc.)
- Dry Bed (Sulfatreat, etc.)
- Adsorption (Molecular Sieves, etc.)
Carbon Capture Systems
- Removal of CO2 from flue gas streams of industrial processes
- Gas turbines & engines
- Cement plants
- Boilers & furnaces
Natural Gas Liquid (NGL) Recovery and Dew Point Control Systems
- Mechanical Refrigeration
- Joule-Thomson Effect (J-T Plant)
- Adsorption (Molecular Sieves, etc.)
Specialty Treating Systems
- Methanol Removal
- Oxygen Removal (Catalytic Reaction)
Stabilizer Systems
- Condensate Stabilizers
- NGL Stabilizers
Fuel Gas Conditioners
- J-T Type Units
Activated Carbon Filters (Packed Bed Type)
- 500 GPM Full Flow Units
- Color removal from NGL and Condensate to Saybolt specifications
Industrial Gas Systems
- CO2 Dryers
- CO2 Purification Columns
- Air Separation Plant Dryers/Pre-purifiers
- Miscellaneous CO2 and Air Separation Plant Equipment
Software
TPE utilizes ProMax by Bryan Research & Engineering for process simulation and optimization.