Well completion is considered to be one of the most critical practices for reservoir exploitation and management. We are tasked to optimally design and install a system that can deliver its full potential to optimize oil and gas and production without compromising safety and reliability.

 

During the field life cycle, some reservoirs undergo some physical and chemical changes. This leads to loss of revenue$$ as the wells are no longer operating at their optimal conditions. Hence, a workover may be required to safely and efficiently restore the wells back to production.

 

This presents a lot of challenges due to the different reservoir fluids, various operating conditions, and different operating environments. 
 

 

Learn from real-life examples of how to implement the theory and strategy for your wells. It will fill in the competency gaps in your well completion and workover practices, for optimal production in your company.

• Completion Engineers / Supervisors/ Superintendents

• Completions Team Leads / Managers

• Well Services / Well Intervention Engineers / Supervisors

• Workover Engineers / Supervisors

• Petroleum Engineers

• Reservoir Engineers 

• Drilling Engineers / Superintendents / Site Managers

• Cross-Discipline Training

• Oil and Gas Project Evaluators

• Oil and Gas industry Drilling / Completion / Intervention Service provider

• Oil and Gas Regulators

• Better understand the selection and design of completion components 

• Integrate the importance of completion process to future production

• Deliver techniques to select the best tubing size and best materials for well completion.

• Gain practical methods to design, plan and install safe and efficient well completion and workover.

• Manage well environments with extreme reservoir conditions (pressure, temperature, etc.)

• Bridge the importance of well design in relation to the ability to carry out well intervention.

• Explore new technological developments in well completions and workovers.

• Plan an appropriate intervention and workover strategy to maintain or increase the field production