PetroTeach offers the course in advanced casing design. This 5-day training course/workshop will focus on provide participants with a competency in casing design. The course addresses the engineering aspects of casing design based on first principles.
| Code | Date | Location | price (€)* |
|---|---|---|---|
| DRL 301 | 8 – 12 Apr 2024 | Online | 1990 |
| DRL 301 | 4 – 8 Mar 2024 | Dubai | 3990 |
* Prices are subject to VAT and local terms. Ph.D. students, groups (≥ 3 persons) and early bird registrants (8 weeks in advance) are entitled to a DISCOUNT!
PetroTeach offers the course in advanced casing design. This 5-day training course/workshop will focus on provide participants with a competency in casing design. The course addresses the engineering aspects of casing design based on first principles.
A full casing design project from an actual well is used during the course. Participants are taken step by step through the entire API casing design calculations. Load cases, couplings, thermal loading, material selection, and well control aspects of casing design. A large part of the course involves hand on exercises and Participants should have a calculator and a laptop computer with a spreadsheet program during the course. The course finishes with the operational aspects of running and cementing casing and introduces drilling with casing operations.
o Introduction to Casing Design
o Manufacturing of Casing
o API Specifications of Casing
o Properties of Steel Tabulars
o Casing Design Standards
o Tensile strength, Burst, Yield, Collapse and Axial loads
Exercise 1: Load calculations for tensile strength, burst collapse and yield
o Hydrostatic Pressures
o Pore and Fracture Pressures
o Well Trajectories
o Casing Design Requirements
o Design of Surface Casing
o Couplings and Connectors
Exercise 2: Hydrostatic pressures, pore and fracture pressures, buoyancy, and design of
surface casing
o Gas Pressures
o Kick Tolerance and Leak off Tests
o Design of Drilling Liner
o Design of Intermediate Casing
o Partial Pressures and Salt Loading
o Material Selection
o Combined Loads and Triaxial Design
Exercise 3: Drilling Liner Design, Kick Tolerance, Partial Pressures, Intermediate Casing design, Material Selection, Combined Loads, Triaxial Design
o Production Casing Design
o Annular Pressure build-up
o Casing Wear
o Casing Corrosion
o Buckling
o Conductor Design Land
o Conductor Design offshore surface BOP
o Conductor Design offshore subsea BOP
Exercise 4: Production Casing Design, Casing wear, Bucking, Conductor Design
o Production Liner Design
o Blowout Considerations
o Running and Cementing Casing
o Expandable Casing
o Drilling with Casing
Exercise 5: Production liner Design, Blowout Considerations and Drilling with casing
NOTE!
In addition of class exercise, many examples will also be covered during the course.
Steve Nas holds master degree in drilling engineering from the Robert Gordon University in Aberdeen and has accumulated over 40 years of drilling engineering experience. Steve started in 1977 as a mud logger with Geoservices before becoming a wellsite drilling engineer in 1980. Initially working rigs as a wellsite drilling engineer around the Middle East and throughout Africa before working for Shell in the UK North Sea. In the mid 1990’s became heavily involved in coiled tubing and underbalanced drilling and later into managed pressure drilling. He has been teaching well engineering since obtaining his master’s degree in the late 1990’s and has taught numerous courses at all levels including MSc students and developed a large number of training courses. Now working as an independent consultant he provides a number of well engineering related courses and offshore coaching on challenging wells.
The course is designed for petroleum engineers with basic knowledge and experience in drilling
engineering. The objective is to establish a foundation for drilling engineers to be able to participate in the well planning and well operation process and design.
The participants will learn and understand:
o Casing strengths such as axial strength yield, burst and collapse
o All of the load cases and associated design factors
o Setting triaxial limits for casing and understanding combined loads
o Material selection with regards to sour gasses and partial pressures
o Thermal loading, annular pressure buildup and corrosion effects
o Buckling and wear
o Conductor casing design for land, surface BOP’s and subsea BOP’s
o Casing running operations, centralizer requirements
v Drilling with casing
Registration is now OPEN!
* Prices are subject to VAT and local terms. Ph.D. students, groups (≥ 3 persons) and early bird registrants (8 weeks in advance) are entitled to a DISCOUNT!
For more details and registration please send email to: register@petro-teach.com
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