FEATURES
Amine unit is commonly used in the gas field for CO2 removal.
Amine unit by ALPHA TECHNOLOGY: Amine Sweetening unit uses Di-Ethanol Amine (DEA) or Methyl Di-Ethanol Amine (MDEA) to remove H2S and CO2 from hydrocarbon gases. An Amine Sweetening unit includes two stages; the First stage is an Amine contactor where gases are brought in contact with Amine solution, where H2S and CO2 get absorbed. The second stage is an Amine Regenerator where H2S and CO2 are stripped off the rich Amine solution to generate a Lean Amine solution to be recirculated to the Amine contactor column.
Standard Design: Pre-engineered Amine Unit Packages with offered capacities allow quick delivery times.
Modulation: Modular design offers quick field deployment time and an optimized layout.
Flexibility: Flexibility to use amine solvents as per Customer’s choice and to adapt to changing conditions.
STANDARD FEATURES
CONTACTOR SKID
- Bubble Caps Trays with downcomer
- Random Packed Towers
- Stuctured Packed Towers
- Inlet Gas Filter
- Gas/Amine Filter Coalescer
- Pneumatic Level Controllers
- Pressure Safety Valves
- Level Gauges
- Level Control Valves
- Pressure and Temperature Gauges
- Nace Compliant
- Lifting Lugs
- Structural Skid
AMINE REGENERATION SKID
- Amine Flash Tank
- Amine Charcoal Filter
- Amine Particulate Filter
- Amine Circulation Pumps
- Amine Booster Pumps
- Lean/Rich Amine Heat Exchanger
- Amine Cooler
- Amine Reflux Condenser
- Reflux Pumps
- Still/Reflux Accumulator
- Amine Reboiler with Burner Management System
- Insulation
- Lifting Lugs
- NACE Compliant
- Structural Skids
STANDARD OPTIONS
CONTACTOR SKID
- Electric Instrumentation
- Additional Packing or Bubble cup trays
Absorber
- Electronic Instrumentation
- PLC System with remote Monitoring
- Amine Metering
- Amine Make-up Tanks & Pumps
APPLICATIONS
- Onshore and Offshore Fields
- Early Production Facilities
- Permanent Production Facilities
DESIGN STANDARDS
- ASME VIII
- ASME B31.3
- ASME B16.5
- API 12J
- NACE MR 0175
CODES