Optimized Well Integrity Management

A Well Integrity incident and breach of Well integrity envelope has the potential to escalate into catastrophic events. The event can result in harm to people, damage to Assets and the environment, and to the reputation of the Operator. It can easily be either of them or in case of a major event, all of the above. Financial impact can be very high; loss of revenue of the hydrocarbons that escape, damage to the reservoir as a result of the uncontrolled flow and collateral damages has the potential to bring an Operator in financial dire straits.

Several incidents in the recent past have shown that even the largest Operator can barely manage such financial drain. It is therefore of critical importance that the well integrity envelope is properly designed, constructed and maintained during it life cycle: Sustained Well Integrity Management (WIM).

This Master Class combines several engineering disciplines involved in the design, construction, operation and maintenance of wells and their interaction on assuring well integrity. It illustrates the large extend in the organization and its effects on well integrity. It aims to enable common understanding of the often-conflicting targets within the disciplines in achieving this. It touches on Failure Mode and Effect Analyses (FMEA), barrier testing and record keeping. The knowledge and skills to make critical decision throughout well life cycle is vital, not only for WIM purpose as well as for

economic value. Focus is on the Well Integrity management systems and interfaces with other teams in the organization. Integrity barriers are defined, Well Failure Model and how to establish one is discussed as well how to create an efficient well integrity organization.

The ultimate objective is to optimize productivity at lowest unit operating cost and to maintain mechanical integrity throughout well life cycle.

Top Learning Objectives

  • Discuss completion design topics to create an “integer” well with lowest life cycle maintenance cost from a WIM prospective.
  • Familiarize with concepts and principles of Well Integrity Management system and IDENTIFY who is accountable for what.
  • Identify different well integrity issues and the causes.
  • Determine management system to follow up the well integrity issues emerging from tests in the field.
  • Explore different techniques to prevent internal and external well integrity issues.
  • Develop preventive maintenance strategies to manage the well integrity issues
  • Utilize Well integrity and Barrier Philosophy and Well Failure Model
  • Mitigate the consequences of loss of integrity of one’s well to its surrounding wells and potential financial exposure
  • Examine and prioritize well integrity management manual
  • Identify the latest technology and tools for well integrity diagnostics and monitoring

Who Should Attend?

This course is specifically designed for personnel directly responsible and/or involved in Well Integrity for both onshore and offshore field:

  • Production Engineers
  • Production Technologies
  • Production Supervisors
  • Offshore Installation Managers
  • Operations Supervisors
  • Drilling Engineers
  • Drilling Supervisors
  • Drilling Superintendents
  • HSE Personnels
  • Senior Technicians
  • Technicians
  • Control Room Operators
  • Rig Contractors
  • Service Company Engineers
  • Asset Integrity
  • Project Engineering and management
  • Operations
  • Production
  • Process Engineering
  • Inspection

Event Details

6th – 8th May 2019
Johannesburg, South Africa