The Drill-through equipment course (DTE) offers the best introduction to well control equipment available for people newly joining the drilling industry and starting out on floating drilling rigs with subsea stacks.
This five-day International Association of Drilling Contractors (IADC) accredited course will assist new rig and office staff working with drilling operations in understanding drill-through equipment installed on rigs utilizing subsea stacks, both from a theoretical as well as a practical perspective. Basic engineering, design, operation and maintenance principles are reviewed and illustrated. Hydraulically-piloted control systems are thoroughly explained, and the basics of multiplex control systems are discussed.
Over the past decade, this information has proven to be invaluable to new crew members on the rig as well as to DSVs (drilling supervisors) transferring to floating rigs. Office managers will also greatly benefit from this course as they will increase their basic understanding of the well control equipment used by their staff.
You will learn
Attendees will learn about the logic of the equipment and systems which are used to provide well control safety on floating drilling rigs. All major manufacturers are discussed. The focus is on practical information that can be put to immediate use, directly benefiting your drilling operation with lower downtime and increased reliability.
Based on the knowledge gained from over 4,000 rig surveys, this seminar looks at each piece of equipment and discusses:
The standard process of drilling a well
How drill-through equipment works - using cross sections and animations to illustrate
The various items of drill-through equipment provided by the major OEMs (original equipment manufacturers)
Proper maintenance routines - what to look for, why equipment is designed in a specific manner, what doesn't work or did not work in the past, and how we improve our equipment and maintenance procedures
Unexpected failures and lessons learned
Specific equipment failure case studies are discussed with solutions provided.
The DTE is led by experienced trainers, all of whom are former subsea supervisors as well as drill-through equipment surveyors. All trainers have undergone didactical training to enhance their teaching skills. Classroom delivery includes a comprehensive syllabus, supported by modern PowerPoint presentations, computer animations and videos. During this 5-day course ample time is allowed for discussion, both with the instructor as well as amongst candidates themselves.
|Chapter 1 Introduction to drilling industry and the drilling process|
|• Types of rigs||• Drilling program including animations|
|• Drilling process step-by-step||• Running and testing BOPs (blowout preventers)|
|Chapter 2 Introduction to Drill-Through Equipment|
|• Modern and old BOP layouts||• LBOP main components|
|• LMRP (lower marine riser package) main components||• Marine riser systems|
|Chapter 3 Line of defense when drilling a subsea well|
|• First line of defence||• Flow diagrams circulating out a kick|
|• Mud flow paths||• Second line of defence|
|Chapter 4 Ram-type preventers|
|• General operation and principles||• Ram locking systems|
|• Packer pressures and closing ratios||• Variable bore rams|
|• Shear blind and casing shear rams||• Test rams|
|• Shearing operations and calculations||• Lessons learned|
|Chapter 5 Annular-type preventers|
|• General operation and principles||• Annular preventer rubber elements|
|• Stripping operations||• Lessons learned|
|Chapter 6 Hydraulic connectors|
|• General operation and principles||• Seal rings|
|• Hydrate protection||• Mini-connectors|
|• Maintenance instructions||• Lessons learned|
|Chapter 7 BOP gate valves|
|• General operation and principles||• Greasing and testing|
|• Fail-safe assist systems||• Lessons learned|
|Chapter 8 Conventional control systems|
|• General operation and principles||• Regulators and valves|
|• HPU (hydraulic power unit) components||• Hose reel manifolds|
|• Conventional control pods||• Lessons learned|
|Chapter 9 Multiplex (MUX) control systems|
|• General operation and principles||• Acoustic control systems|
|• Rigid conduit systems||• DeadMan and AutoShear circuits|
|• Power distribution||• ROV (remotely operated vehicle) operations|
|• MUX control pods||• Lessons learned|
|Chapter 10 Marine riser systems|
|• General operation and principles||• Buoyancy modules|
|• Slipjoints||• Riser maintenance|
|• Flexjoints||• Lessons learned|
|Chapter 11 Choke and kill manifold|
|• General operation and principles||• Material requirements|
|• Layout according to API (American Petroleum Institute) standards||• Flexible hoses|
|• Choke designs||• Lessons learned|
Your future development
Upon successful completion of the DTE course, candidates receive a certificate of completion which is accredited by the IADC. This certificate is valid for five years.
The DTE is part of our multi-level educational curriculum. Candidates who have successfully completed this training course and would like to extend their knowledge might also be interested in attending additional well control equipment course. We offer the intermediate level Well Control Equipment Course (WCEC) or the advanced level Deepwater Challenges Course (DWC). In order to be able to attend the DWC, candidates must have successfully completed the WCEC or at minimum the DTE.
Those who will be involved with floating drilling operations and equipment as a user, manager or member of a regulatory body. This seminar has been called the best introduction to well control equipment available for people working on floating drilling rigs with subsea stacks.
Field and/or equipment experience would be helpful, but is not necessary. The DTE course is not developed for experienced floating rig personnel. Experienced rig workers and DSVs can attend our intermediate level Well Control Equipment Course for Floaters (WCEC), for which basic well control equipment knowledge is required.