Advanced Water Treatment Technology And Operate Facilities
24th – 28th November , 2019
Cairo – EGYPT
Objectives
Upon completion of the course, participants will be able to:
Acquire technical knowledge and practical approach of water management and treatment in oil & gas processing facilities, as well as the technology and operating principle of the equipment used in these facilities,
Be aware of water reject and disposal specifications as well as water injection quality requirements,
Detail available process technologies allowing to respect reject regulations and ensure water injection compatibility,
Describe the technology of the main equipment used in these type of processing facilities,
Design a production water processing and size associated main equipment.
Participants
The training course is designed for
Supervisors, engineers, chemists and technicians
Petroleum Production & Reservoir Engineers
Processing engineers & other discipline engineers
Geologists & Petro physicists
Engineers who are new to the profession
Contents
Water sampling and analysis
Chemical and physical properties
Qualitative analysis oil field
Oil in water analysis
Suspended solid analysis
Particle size analysis
Water quality
Turbidity
Field water analysis
Water formed scale
Predicting scale calculation
Scale formation
Preventing scale formation
Processing technology
Mixing water – compatibility
Scale control chemicals
Corrosion control
Theory of corrosion
The effect of metal composition
Effect of water composition
Corrosion control methods
Corrosion inhibitor
Internal coating and cathodic protection
Dissolved gas removal
Corrosion monitoring
Design to minimize corrosion
Water treatment microbiology
Microorganism found in oil field water system
Chemical control of microbiology
Chlorination
Chemical selection and evaluation
Evaluation of chemical treating program
Water processing technology
Dissolved gas removal
Chemical removal of dissolved oxygen
Removal of hydrogen sulfide from water
Filtration
Suspended oil removal
Flotation cells
Coalescing
Hydrosyclon
Water injection system
Water sensitive formation
Water source selection
Scaling tendency
Water compatibility
Suspended solid
Water quality
Bacteria
Oil content
treating system
Water injection system inspection and analysis
Inspection and analysis
Calcium and barium
Sulfate
Scaling calculation
Temperature
Hydrogen sulfate
Turbidity
Corrosion rate
Oxygen concentration
Filter operation bacteria count
Reservoir Properties and Design Factors of Water Flooding
Definition and history of water flooding
Water flood performance measurements
Water sources of sweep water, good water and bad water
Important factors to consider in water flooding design
Types of water flood patterns and selection of a flood pattern
Important rock/fluid properties for reservoir engineering calculation
Problems/Solutions of Water Flooding
Phenomena of water fingering and tonguing
Casing, tubing or packer leaks and channel flow behind casing
Moving oil-water contact and watered-out layer without crossflow
Fractures or faults between injector and producer
Calculation of critical rate for water coning
Using reservoir simulation for water flood optimization
Water Control Solutions
Mechanical solutions for water-control problems
Chemical solutions and squeeze cement treatments
Rigid gels for near wellbore shutoff of excess water
Injector problems and risk assessments
Field-wide considerations for water flooding
An integrated approach for cost saving operations
Language : English & Arabic .
Fees : 2850 $
Daily schedule :
Lecture1 9 : 11 Am
Rest 1 11 : 11.15 Am
Lecture2 11.15 : 12.45 Pm
Rest 2 12.45 : 2 Pm
Lecture3 2 : 3 Pm
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