Overview
Crude oil is a complex mixture of oil, water, and hydrocarbon gas that must be separated before it can be processed in a refinery. Accurate measurement of the gas-to-oil ratio is essential, as it directly impacts production efficiency and operational performance. These critical processes are performed using a separator, most commonly a horizontal three-phase separator. Efficient operation and troubleshooting require properly trained personnel.
Safe and Effective Training Solution
The Three-Phase Separator Training System is designed to replicate real-world production conditions in a safe classroom environment. It can operate either as a production separator with basic pneumatic level control or as an advanced system equipped with instrumentation for crude oil characterization.
Part of a modular training platform, this system combines high-quality industrial components with comprehensive educational content, enabling progressive learning in process control and instrumentation.
Visualization of Processes and Flow Dynamics
The system provides a clear demonstration of the fundamental principles of oil separation, including:
- Gravity-based separation
- Impact of layer thickness and viscosity
- Retention time influence
- Density differences between phases
- Effect of vessel pressure
- Oil, water, and gas ratio dynamics
The separator vessel is designed with standard industrial zones:
- Inlet section
- Flow distribution zone
- Gravity separation zone
- Outlet section
An inline mixer generates a realistic emulsion of water, air, and oil to simulate crude oil. The separation process is immediately visible, allowing learners to observe the full cycle in real time.
A large transparent acrylic vessel and clear PVC piping enable direct visualization of internal components, including:
- Diverter plate
- Perforated baffle plate
- Coalescing plates
- Weir plate
- Demister pad
This visual accessibility enhances understanding of both the separation process and the function of each component.
Interactive Measurement and Control
The system integrates smart instrumentation for both measurement and process optimization, helping reduce operational costs while improving safety and performance.
Learners gain hands-on experience with industrial-grade measurement and control technologies, including:
- Distributed Control System (DCS) for process monitoring
- Programmable Logic Controller (PLC) for automation
- Human-Machine Interface (HMI) for data acquisition and alarm management
- Variable frequency drives for flow and pressure control
- Differential pressure measurement for gas flow monitoring
The system also supports fault insertion, enabling realistic troubleshooting exercises and reinforcing diagnostic skills.
Main Components
- Horizontal separator vessel
- Centrifugal pumps
- Oil and water storage tanks
- Industrial HMI terminal with integrated PLC
- Variable frequency drives
- Differential pressure transmitter
- Turbine flow transmitters
- Vibrating fork level switches
- Pneumatic level and interface controllers
- Pressure transmitter (HART protocol)
- Guided radar level transmitter (multiparameter)
- Pneumatic control valves
- Adjustable rotameters for oil, water, and air
Optional Equipment
- Coriolis mass flow transmitter (HART)
- Temperature transmitter (HART)
- Magnetic flow transmitter (HART)
- Configuration software with communication modem
Dimensions
Approximate overall dimensions (L x W x H):
260 x 125 x 199 cm
