INTRODUCTION
PROGRAMME OBJECTIVES
- Discussing the theory of well test analysis
- Identifying main flow regimes and models
- Carrying out well test analysis
- Learning about time-saving cleanup operations
- Simplifying the sea fastening process
WHO SHOULD ATTEND?
- Reservoir engineers
- Geoscientists
- Petroleum engineers
- Production engineers
PROGRAM OUTLINE
- Multiphase Flow Measurement (MPFM)
- MPFM requirements
- Individual-phase flow rates in real time
- General MPFM process
- Electrical impedance methods
- Multiphase Flow Measurement (MPFM)
- MPFM requirements
- Individual-phase flow rates in real time
- General MPFM process
- Electrical impedance methods
- Oil, water, and gas flow rates without separation
- Well test separators
- Surface sampling
- Sample bottle
- Gas sample bottles
- Oil, water, and gas flow rates without separation
- Well test separators
- Surface sampling
- Sample bottle
- Gas sample bottles
- Single-phase sample bottle
- Wellhead sampling manifold
- Zero pressure oil and water containers
- Modular compact well test system
- Single-phase sample bottle
- Wellhead sampling manifold
- Zero pressure oil and water containers
- Modular compact well test system
- Well testing control equipment
- Flowhead
- Surface safety valve
- Well test emergency shutdown system
- Floor choke manifold
- Well testing control equipment
- Flowhead
- Surface safety valve
- Well test emergency shutdown system
- Floor choke manifold
- Effluent handling and disposal
- Clearphase mobile testing discharge treatment
- Evergreen well effluent burner
- Dual-pot sand filter
- Steam-heat exchanger
- Indirect-fired heater
- Vertical surge tank
- Atmospheric gauge tank
- Effluent handling and disposal
- Clearphase mobile testing discharge treatment
- Evergreen well effluent burner
- Dual-pot sand filter
- Steam-heat exchanger
- Indirect-fired heater
- Vertical surge tank
- Atmospheric gauge tank