Course Overview:
Workover is an essential aspect of oil and gas production, involving the intervention and remediation of existing wells to address production decline, wellbore integrity issues, and changing reservoir conditions
This comprehensive 5-day professional training course will provide a thorough understanding of workover principles, techniques, equipment, and operational procedures to effectively restore well productivity and extend reservoir life

Course Objectives:
By the end of this course, participants will be able to:
1
Grasp the fundamental principles of workover and its applications in addressing wellbore problems, production decline, and reservoir management challenges
2
Identify the different types of workover operations, including remedial workovers, preventive workovers, and recompletion workovers
3
Understand the workover planning and design process, including problem identification, risk assessment, and cost-benefit analysis
4
Apply workover techniques to address specific wellbore problems, such as sand production, gas coning, and water influx
5
Analyze the selection and operation of workover equipment, including workover rigs, tubulars, and wellbore stimulation tools
6
Discuss workover safety procedures, environmental considerations, and regulatory compliance requirements
Course Agenda:
Day 1: Introduction to Workover
• Delve into the historical context of workover and its evolution in oil and gas production
• Explore the regulatory framework and safety standards governing workover operations
• Discuss the environmental considerations associated with workover activities and mitigation strategies
• Analyze the applications of workover in various wellbore configurations, reservoir types, and production scenarios
Day 2: Workover Planning and Design
• Understand the workover planning and design process, including problem identification, risk assessment, and cost-benefit analysis
• Discuss techniques for wellbore problem diagnosis and analysis using production data, well logs, and diagnostic tools
• Analyze workover design considerations, including tubular selection, completion design modification, and stimulation strategies
• Explore advanced workover planning tools, such as wellbore modeling, reservoir simulation, and risk management software
Day 3: Workover Techniques and Equipment
• Identify the different types of workover operations, including remedial workovers, preventive workovers, and recompletion workovers
• Discuss the selection and operation of workover equipment, including workover rigs, tubulars, and wellbore stimulation tools
• Analyze techniques for addressing specific wellbore problems, such as sand production, gas coning, and water influx
• Explore advanced workover techniques, such as coiled tubing interventions, horizontal well workovers, and multilateral completions
Day 4: Workover Operations and Safety
• Delve into the operational procedures for workover operations, including wellbore preparation, tool deployment, and stimulation techniques
• Discuss workover safety procedures, including hazard identification, risk mitigation, and emergency response protocols
• Analyze environmental considerations associated with workover operations and strategies for minimizing environmental impact
• Explore regulatory compliance requirements for workover operations and the importance of documentation
Day 5: Workover Optimization and Case Studies
• Understand the principles of workover optimization and its impact on well performance and reservoir productivity
• Discuss techniques for optimizing workover design, operation, and post-workover evaluation
• Analyze workover case studies, highlighting problem identification, design considerations, operational challenges, and optimization strategies
• Explore emerging technologies and advancements in workover, such as intelligent workovers, real-time monitoring, and data-driven decision-making
Who Should Attend:
• Petroleum engineers, reservoir engineers, and completions engineers responsible for workover planning, design, and execution
• Production engineers and field supervisors overseeing workover operations, wellbore intervention, and production optimization
• Workover equipment manufacturers and service company personnel engaged in workover design, implementation, and maintenance
Course Benefits:
• Develop a comprehensive understanding of workover principles, techniques, equipment, and operational procedures
• Gain hands-on experience in workover planning, design, and execution through case studies and real-world scenarios
• Enhance your ability to identify wellbore problems, design effective workover solutions, and optimize well performance
• Stay updated on the latest advancements in workover technologies and optimization methodologies
• Network with other professionals from diverse backgrounds within the oil and gas industry