Thermal Well Design and Integrity
This course provides an overview of the considerations, key factors, industry guidelines and practices, examples, and field experience related to the design and integrity of thermal recovery wells.
While the approach and overall guidelines presented in the course are general and have relatively broad applicability, the focus of the course is on thermal well design and integrity topics associated with the heavy oil and bitumen recovery methods of Steam Assisted Gravity Drainage (SAGD) and Cyclic Steam Stimulation (CSS). Furthermore, given the regional level of interest, growth and experience of these recovery methods, the course content is largely presented from a Western Canadian perspective.
The topics covered in this one-day course include:
- What are ‘thermal wells’ and ‘thermal materials’?
- Thermal well design process, Industry regulations, guidelines and Recommended Practices (IRPs);
- Overview of key material properties and damage mechanisms of casing and liner tubular steels, wellbore cements and formations
- Operating environment: temperatures, fluids and loads;
- Casing and liner design approach and basis (materials, connections and experience);
- Cement blend options and experience;
- Sand control options and experience;
- Thermal wellheads, options and experience;
- Impacts of production/injection completion design, artificial lift system and downhole flow control selection;
- Impacts of operational practices (e.g., heating ramp-up rates);
- Well integrity management programs;
- Inspection and condition monitoring, damage and ‘failure’ statistics, mitigation and repair options and experience; and
To gain an improved understanding and appreciation for:
- Current industry guidelines and recommended practices related to thermal well design and integrity;
- Key factors and considerations involved in the design, construction, operation and integrity management of thermal wells;
- How various aspects of a thermal recovery project impact and influence thermal well design and integrity; and
Field experience, challenges, areas of advancement, and current industry initiatives and areas of research.
Who Should Attend
Anyone looking for an overview of thermal well design and integrity, with a focus on Western Canadian applications, thermal recovery methods, current industry practices and guidelines, and field experience. This may include:
- Those new to thermal well design and integrity, either recent graduates early in their careers or those coming into thermal projects with conventional well design experience; and
- Those working in other areas of thermal recovery projects, such as reservoir, drilling or production engineers and thermal project development personnel.
0.8 CEUs (Continuing Education Units) will be awarded for this 1-day course.
To receive a full refund, all cancellations must be received in writing no later than 14 days prior to the course start date. Cancellations made after the 14-day window will not be refunded. Send cancellation requests by email to email@example.com; by fax to +1.866.460.3032 (US) or +1.972.852.9292 (outside US); or mail to SPE Registration, PO Box 833836, Richardson, TX 75083.
For more details, please contact us at firstname.lastname@example.org.
Todd A. Zahacy is a Senior Engineering Consultant in the Exploration and Production Division of C‑FER Technologies, an engineering research and development company located in Edmonton, Alberta. In the areas of SAGD and thermal wells, Mr. Zahacy has worked on and contributed to: thermal well completion design and damage/failure investigations; assessment of thermal cement integrity and evaluation of alternative thermal cement blends and materials; qualification of tubular connections; peer reviews on pilot projects and novel recovery technologies; thermodynamic-hydraulic modeling for the design of production and injection well completions; technical and economic assessments of novel SAGD well completion designs for low-pressure applications in Western Canada and SAGD feasibility projects in offshore and arctic applications; investigations on various aspects related to artificial lift and steam injection control for device suppliers, Operators and joint-industry initiatives; and courses and workshops on drilling, thermal completion design, tubular selection and design, thermal sand control, cement and cementing, wellbore hydraulics and heat transfer, artificial lift, steam injection and production flow control, and downhole monitoring and control. Mr. Zahacy holds BSc degrees in Biochemistry and Mechanical Engineering from the University of Alberta and is a member of APEGA, SPE and CHOA.