Water Flooding Design and Operation
Consultant/Trainer: Andrew Parker
The Petrogenium Water Flooding Design and Operation is designed to provide valuable knowledge of the interlinking aspects for the oil recovery technique of waterflooding. Key themes, which will be discussed during the training course include the physics, chemistry, practical application, lessons learnt, operational focus and economics. Participants will delve into technologies, processes involved, and obtain a solid understanding of the important role that each profession plays in a successful waterflood.
Participants
This Petrogenium course is designed for cross disciplined technical staff to provide a basis of understanding for the topics covered.
Learning Objectives
The course presents real and relevant examples to illustrate key concepts, supported by practical exercises to reinforce participants’ understanding. It covers the evaluation and application of waterflooding, the principles of subsurface design including its timing, purpose, and implementation, the complexities involved in injectant delivery and specification, and approaches to monetizing field value through waterflooding.
The case for waterflooding
The basics of oil recovery
- Properties and genesis of oil
- Rock and water properties
- Imbibition/Drainage process
- Capillary trapping
- Aspects of sweep
The physics of immiscible displacement
- Darcy’s law
- Relative permeability and wettability
- Fractional flow
- Application of BLW
- Exercise 01: Estimate a waterflood forecast range
The importance of Chemistry
- Water properties
- Ion concentration and distribution
- Mixing and scaling tendency
- Geochemistry
- Sandstones: Types of clays which can impact flooding
- Carbonates: Salinity and pH
- Exercise 02: Estimate the clay swelling potential for a proposed waterflood
Geomechanics:
- In-situ stress
- Impact of depletion and cooling
- Matrix injection design attributes
- Fracturing injection design attributes
Geology and Geophysics:
- Yes, Geology is important
- The role of Geophysics in waterflooding
Flood design:
- Throughput vs recovery
- Determining the volume of required injection water
- Estimate number of wells and how to optimise cash flow
- Pattern selection
- Impact of well cost
- Traditional patterns, the pros and cons
- Matrix vs fracturing
- Phasing
- Repurposing
- Exercise 03: Propose the waterflood pattern and recovery forecast for a newly discovered field
Well selection:
- Well orientation
- Well completion aspects
- Sand control
- Crossflow
- Zone selectivity
- “smart” components
- Gauges, fibre and tracers
Facilities Specification:
- Specifying the required water quality
- Facility/process options
- Operability
- Green or Brown?
- Exercise 04: Select the required process
Waterflood Management:
- Determining the gearing ratios
- Defining critical equipment
- Key aspects to monitor
- The use of dashboards
- Exercise 05: Identify what went wrong and propose how to fix it
Programme
The case for waterflooding
The basics of oil recovery
- Properties and genesis of oil
- Rock and water properties
- Imbibition/Drainage process
- Capillary trapping
- Aspects of sweep
The physics of immiscible displacement
- Darcy’s law
- Relative permeability and wettability
- Fractional flow
- Application of BLW
- Exercise 01: Estimate a waterflood forecast range
The importance of Chemistry
- Water properties
- Ion concentration and distribution
- Mixing and scaling tendency
- Geochemistry
- Sandstones: Types of clays which can impact flooding
- Carbonates: Salinity and pH
- Exercise 02: Estimate the clay swelling potential for a proposed waterflood
Geomechanics:
- In-situ stress
- Impact of depletion and cooling
- Matrix injection design attributes
- Fracturing injection design attributes
Geology and Geophysics:
- Yes, Geology is important
- The role of Geophysics in waterflooding
Flood design:
- Throughput vs recovery
- Determining the volume of required injection water
- Estimate number of wells and how to optimise cash flow
- Pattern selection
- Impact of well cost
- Traditional patterns, the pros and cons
- Matrix vs fracturing
- Phasing
- Repurposing
- Exercise 03: Propose the waterflood pattern and recovery forecast for a newly discovered field
Well selection:
- Well orientation
- Well completion aspects
- Sand control
- Crossflow
- Zone selectivity
- “smart” components
- Gauges, fibre and tracers
Facilities Specification:
- Specifying the required water quality
- Facility/process options
- Operability
- Green or Brown?
- Exercise 04: Select the required process
Waterflood Management:
- Determining the gearing ratios
- Defining critical equipment
- Key aspects to monitor
- The use of dashboards
- Exercise 05: Identify what went wrong and propose how to fix it