Course Details
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Course Description
This five full-day course is designed to provide your valuable attendees with comprehensive knowledge about Coiled Tubing due to its significance and importance in the oil industry. Moreover, the course will offer your valuable attendees with a good background about Formation Damage and Acid Stimulation Techniques in the oilfield.
The course will address key concepts involved in the application of Coiled Tubing downhole equipment and the practical understanding of their operation and selection. It investigates into the advantages and limitations of Coiled Tubing well intervention, enabling participants to maximize operation efficiency and safety in the field. Additional discussions will be carried out on Pressure Control Equipment (PCE) and Well Control recommended practices for safe operation.
The course will present the recommended practices of well stimulation according to the international standards and policies of reputable E&P companies. New techniques and technologies will be provided into the course to cope with industry trends and leverage company performance levels.
The Training Course Will Highlight ?
Training Objective
By the end of this training course, participants should be able to learn:
- Background about Different Well Intervention Methods
- Coiled Tubing Surface Equipment and Pressure Control Equipment
- Coiled Tubing Downhole Equipment
- Formation Damage Mechanisms and Their Identification
- Acids and Additives Used in Matrix Stimulation
- Candidate Well Selection and Acid Treatment Design
- Laboratory Tests for Damage Identification and Treatment Selection
- HSE for Coiled Tubing and Acidizing Operations
Target Audience
- Well Intervention Engineers
- Stimulation Engineers
- Production Technology Engineers
- Completion Engineers
- Drilling Engineers
- Production Engineers
- Reservoir Engineers
- Drilling Engineers
- Other Company Engineers Involved in Coiled Tubing Stimulation Operations
- Managers and Government Officials and Others Involved with Stimulation Operations
- Supervisors, Field Operators, and Technicians Involved with Stimulation Operations
Training Methods
The training instructor relies on a highly interactive training method to enhance the learning process. The course material is rich with various training tools that ensure all participants gain a complete understanding of all the topics covered. The training environment is highly stimulating, challenging, and effective for all trainees to participate, share their thoughts, and inquire about their in-house challenges.
Daily Agenda
Module One: Introduction to Well Intervention Methods
- Pre-course Assessment
- Components of Tubing Completion String and Their Functions
- Wellhead and X-tree Components
- Introduction to Well Intervention Methods
- Barrier Theory and Well Control Principles
- Involved Equipment of Coiled Tubing, Slickline, Braided Line, and Electric Line
- Applications and Limitations of Coiled Tubing, Slickline, Braided Line, and Electric Line
- Historical Development and Evolution of Coiled Tubing
Module Two: Coiled Tubing Surface and Well Control Equipment
- Coiled Tubing and its Reel
- Gooseneck and Injector Head
- Power Pack and Prime Movers
- Stripper Types
- Blowout Preventer (BOP)
- Depth Counter
- Control Cabin
- Data Acquisition
- Auxiliary Equipment e.g., Pumping Equipment, Crane, etc.
- Forces Affecting Coiled Tubing Causing Burst, Collapse, Buckling, and Fatigue
- Coiled Tubing Operating Limits Concerning Corrosion, Ovality, etc.
- Mobilization of Offshore and Onshore Coiled Tubing Units
Module Three: Coiled Tubing Downhole Equipment and Applications
Coiled Tubing Downhole Equipment
- Connector Types
- Check Valves
- Swivel Joint
- Release Joints
- Circulation Tools
- Downhole Motor
- Nozzles, Jetting Subs, and Bits
- Fishing Tools e.g., Jars, Overshot, Spears, etc.
- Downhole Tractor
- Running Procedures of Coiled Tubing BHA
Coiled Tubing Applications
- Acid Stimulation Treatment and Hydraulic Fracturing
- Tubing Cleaning and Scale Dissolving Solutions
- Fill Clean-out and Sand Removal
- Nitrogen Lifting and Well Kick-off
- Perforation Conveyance and Underbalancing Capability
- Sand Control Solutions
Module Four: Introduction to Formation Damage and Stimulation
- Formation Damage
- Production System Introduction
- Introduction to Formation Damage
- Effect of Formation Damage on Well’s Productivity Index
- Formation Damage Indicators and Consequences
- Causes and Sources of Formation Damage
- Classification of Formation Damage Problem
- Diagnosis of Formation Damage
- Best Practices to Avoid Formation Damage
- Stimulation and Wellbore Cleaning
- What is well stimulation?
- Objectives of Stimulation
- Types of Well Stimulation
- Actual Case Studies of Wellbore Cleaning and Perforation Wash
- Stimulation Treatment Process
- Selection of Candidates for Stimulation
Module Five: Matrix Stimulation
- Matrix Stimulation Fluid and Acid Type Selection
- Carbonate Acidizing
- Sandstone Acidizing
- Matrix Acidizing Design, Treatment Selection, and Execution
- Pre-job Preparation e.g., Barrier Assurances, Scaffolding, Pre-job Safety Meeting, etc.
- Selection of Diversion Techniques and Different Additives for Acid Jobs
- Real-time Monitoring of Matrix Acidizing Treatments and Usage of Fiber Optics and Ecoil
Accreditation
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BTS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.
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