Engineering
Hydrocyclone
100%
Gas Production
66%
Offshore Oil
64%
Offshore Gas
64%
Produced Water
58%
Multiphase Flows
29%
Control Strategy
28%
Pressure Transmitter
23%
Flow Regime
23%
Pressure Drop
20%
Limitations
16%
Oriented Control
16%
Feedback Control Systems
15%
Open Loop
13%
Gas Oil
13%
Closed Loop
13%
Model-Based Control
11%
Offshore Oil Well Production
11%
Review Paper
11%
Flow Rate
11%
Flow Dynamics
11%
Operational Condition
11%
Oil-Water Emulsion
11%
Parameter Space
11%
Phase Separator
9%
Petroleum Industry
8%
Negative Impact
7%
Control Scheme
7%
Pressure Difference
6%
Inlet Flowrate
6%
Dynamic Models
5%
Periodic Overload
5%
Electric Inductors
5%
Flow Phenomenon
5%
Experimental Result
5%
Control Study
5%
Negative Consequence
5%
Natural Gas Exploration
5%
Offshore Installation
5%
Past Decade
5%
Production Operation
5%
Deep Water
5%
Flow Problem
5%
Nonlinear Model
5%
State Feedback
5%
Simulation Result
5%
Reservoir Pressure
5%
Physical Principle
5%
Mathematical Modelling
5%
Gas Lifts
5%
System Operation
5%
Mass Balance
5%
Keyphrases
Anti-slug Control
15%
Hydrocyclone
15%
Severe Slug Flow
12%
Production-rate Optimization
11%
Produced Water Treatment
11%
De-oiling
11%
Offshore Waters
11%
Plant-wide
11%
Downstream Separation
11%
Multiphase Flow
11%
Produced Water
11%
Stable Surface
11%
Control-oriented Modeling
11%
Deoiling Hydrocyclone
11%
Tomographic Technique
11%
Advanced Control
11%
Electrical Resistivity Tomography
11%
Electrical Tomography
11%
Transportation pipeline
11%
Oil Field
7%
Separator
7%
Water Treatment System
7%
Pressure Transmitter
6%
Facility Design
6%
Pipeline-riser System
6%
Key Operational Parameters
6%
Production Safety
6%
Bifurcation Plot
6%
Production Well
6%
Recovery Solutions
5%
Oil Demand
5%
Production Field
5%
Treatment Innovation
5%
Purification Performance
5%
Bottom-hole Pressure
5%
Satisficing Control
5%
Gas Lift
5%
Production Operation
5%
Production Flow
5%
Control Solution
5%
Lift Assist
5%
Control-oriented Model
5%
Reservoir Pressure
5%
Observer-based State Feedback
5%
Gas Production
5%