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Cross-Reference Tool Well Control for Supervisors of Drilling Operations

INSTRUCTIONS: This Cross-Reference Tool is to be used to describe in detail the course for which IADC WellCAP accreditation is requested. To expedite course review during the application review process, each applicant should provide as much detail as feasible when completing the Cross-Reference Tool for each course for which accreditation is requested. Use the following guidance for the information required.

• Manual – In this column, report the page number(s) of the course manual that includes text pertaining to the Learning Topic. Include as many citations as needed to show all content pertaining to this topic.

• Delivery Method – Record all deliver methods to be used to delivery content for this Learning Topic. List all that apply. Use the following abbreviations to document the most common options a training provider might utilize: D – Demonstration E – Any of the eLearning (electronic) methods of delivery H – Homework L – Lecture O – Other methods PE – Practical Exercise(s) V – Video S – Simulator

• Total Time Range/Module – Record the total time (in minutes) allocated to this Training Module. It is not necessary to record time for each Learning Topic.

• Time Range of Simulation – Record the time (in minutes) allocated for simulation in each of the Training Modules.

• Instructor Resources – Record the name(s) of any video, eLearning or Self-Study product, or other resources available to the Instructor that will be used for delivering content for this Training Module.

• Materials available to Trainees – List handouts, reference books, and other materials that will be given to trainees during delivery of this Training Module.

Attach course outline that gives time allocations for each Learning Topic. (Record where and how each Learning Topic is to be addressed.)

After entering information on all the required Training Modules, scroll to the bottom of the last page to enter the total time range for delivery of all Training Modules and total time range of simulation.

*Note: When using the time ranges provided, be aware that your actual course length shall not fall below the minimum time requirement for the course (as stated in accreditation requirements).

© IADC 2014 COPYRIGHT PROTECTED DOCUMENT

All rights reserved. No part of this document may be distributed outside of the recipient’s organization unless authorized by the International Association of Drilling Contractors.

Proprietary / Confidential

Course Name: Stack Type: Subsea Surface Both Do you plan to conduct this course and stack endorsement in combination with any other stack type? Yes No If yes, what stack type: Note: Complete one cross-reference for each course and each stack type.

2.1 Drilling, Workover, Completion Plan - Awareness

TRAINING MODULES & LEARNING TOPICS

MANUAL CHAPTER & PAGE # (Multi-line text field)

DELIVERY METHODS Options: D, E, H, L, O, PE, S (See instructions above; select all that apply.)

Well Work Objectives D E H L O PE S

Fracture Gradients, Kick Tolerance, and Pore Pressures D E H L O PE S

Casing and Cementing Program D E H L O PE S

Reasons for Workover D E H L O PE S

Completion Program D E H L O PE S

Fluids Program D E H L O PE S

Barrier Management D E H L O PE S

Well Control Equipment Selection D E H L O PE S

Total Time Range of this Training Module (e.g., 180 – 300 min.):

Total Time Range of simulation portion only (e.g., 180 – 300 min.):

WCT-02-DO-S-X Cross-Reference Tool–Well Control for Supervisors of Drilling Operations of 20 Second Edition, Revision 0 Last updated: 24 October 2014

© Copyright IADC 2014


Instructor Resources: (Types and titles of material used for teaching)

Materials available to Trainees: (Types and titles of materials provided to trainees)

2.2 Well Control Concepts




Principle of U-Tube

D E H L O PE S

Pump Pressure

D E H L O PE S

Kick Tolerance

D E H L O PE S

Formation Stresses and Strength

D E H L O PE S

Maximum Anticipated Surface Pressure

D E H L O PE S

Maximum Allowable Annular Surface Pressure

D E H L O PE S

Equivalent Circulating Density and Bottomhole Pressure

D E H L O PE S

Gas Behavior in Fluids

D E H L O PE S




Downhole Pressure and Temperature Effects

D E H L O PE S

Pipe Heavy/Pipe Light Forces

D E H L O PE S

Well Control in High Angle Wells

D E H L O PE S

Tapered Drillstring

D E H L O PE S

Total Time Range of this Training Module (e.g., 180 – 300 min.): Total Time Range of simulation

portion only (e.g., 180 – 300 min.):



2.3 Mud & Pit Management




Maintaining Fluid Weight

D E H L O PE S

Pit Management during Normal Operations

D E H L O PE S

Pit Management during Kill Operations

D E H L O PE S








2.4 Pre-Recorded Data




Slow Circulating Rates

D E H L O PE S

Choke Line Friction (SUBSEA)

D E H L O PE S

Choke and Kill Line Fluid Densities (SUBSEA)

D E H L O PE S





WCT-02-DO-S-X Cross-Reference Tool–Well Control for Supervisors of Drilling Operations Page 2 of 20 Second Edition, Revision 0 Last updated: 22 October 2014





2.5 Kick Prevention during Drilling, Casing, and Cementing Operations




Tripping Operations

D E H L O PE S

Non-Shearables

D E H L O PE S

Handling Losses

D E H L O PE S

Ballooning

D E H L O PE S

Casing and Cementing Operations

D E H L O PE S

Wellbore Fluid Displacements

D E H L O PE S

Wireline Operations

D E H L O PE S

Negative Testing

D E H L O PE S

Riser Margin (SUBSEA)

D E H L O PE S








2.6 Barriers




Philosophy and Operation of Barrier Systems

D E H L O PE S

Number of Barriers for Safe Operation

D E H L O PE S

Testing Barriers

D E H L O PE S

Total Time Range of this Training Module (e.g., 180 – 300 min.):

Total Time Range of simulation portion only (e.g., 180 – 300 min.):



WCT-02-DO-S-X Cross-Reference Tool–Well Control for Supervisors of Drilling Operations Page 2 of 20 Second Edition, Revision 0 Last updated: 22 October 2014 © Copyright IADC 2014




2.7 Shallow Gas, Water Flows, & Tophole Drilling




Tophole Drilling Practices and Causes of Kicks

D E H L O PE S

Kill Options in Tophole

D E H L O PE S

Shallow Subsea Fracture Gradients (SUBSEA)

D E H L O PE S

Diverting

D E H L O PE S





2.8 Abnormal Pressure Warning Signs




Pressure while Drilling / Logging While Drilling Data

D E H L O PE S




Shaker Evidence

D E H L O PE S

Changes in Mud Properties

D E H L O PE S

Changes in Drilling Data/Parameters

D E H L O PE S

Mud Weight Management in Transition Zone Drilling

D E H L O PE S

Trend Analysis

D E H L O PE S





2.9 Kick Detection




Well Flow with Pumps Off

D E H L O PE S

Pit Gain

D E H L O PE S




Flow Return Rate Increase

D E H L O PE S

Importance of Early Response, Stop Work Authority, and Empowerment to Act

D E H L O PE S





2.10 Well Control Drills




Pit Drills

D E H L O PE S

Trip Drills

D E H L O PE S

Stripping Drills

D E H L O PE S

Choke Drills

D E H L O PE S

Diverter Drills

D E H L O PE S








2.11 Shut-In Procedures & Verification




Drilling & Tripping

D E H L O PE S

Out of Hole

D E H L O PE S

Running Casing & Cementing

D E H L O PE S

Wireline

D E H L O PE S








2.12 Post Shut-In Monitoring & Activities




Recording Shut-In Pressures, Differences, and Float in String

D E H L O PE S

Monitoring for Gas Migration, Handling Technique, and Problems with Excessive Pressures

D E H L O PE S

Analysis of Shut-In Conditions

D E H L O PE S

Trapped Pressure and How to Handle

D E H L O PE S

Riser Flow after Shut-In (SUBSEA)

D E H L O PE S








2.13 Risk Management




Assessing Risks and Planning the Kill Operations

D E H L O PE S

Safety Margin Selection

D E H L O PE S

Managing Change during a Well Kill

D E H L O PE S

Handling Kill Problems and Effect of Incorrect Procedures

D E H L O PE S

Bridging Documents

D E H L O PE S

Emergency Procedures

D E H L O PE S

Total Time Range of this Training Module (e.g., 180 – 300 min.): Total Time Range of simulation portion

only (e.g., 180 – 300 min.):






2.14 Well Control Methods




Principles of Constant Bottomhole Pressure Methods

D E H L O PE S

Driller’s Method

D E H L O PE S

Wait and Weight Method

D E H L O PE S

Kill Sheets

D E H L O PE S

Pump Startup and Shutdown Procedure

D E H L O PE S

Volumetric Method

D E H L O PE S

Stripping

D E H L O PE S

Trapped Gas at BOP (SUBSEA)

D E H L O PE S

Displacing Riser Post-Kill (SUBSEA)

D E H L O PE S

Bullheading

D E H L O PE S

Handling Gas in the Riser (SUBSEA)

D E H L O PE S


only (e.g., 180 – 300 min.):






2.15 Equipment




Diverters

D E H L O PE S

Equipment Alignment and Stack Configuration

D E H L O PE S

BOP Stack, Stack Valves, Wellhead Components

D E H L O PE S

Manifolds, Piping, and Valves

D E H L O PE S

Drillstring Valves

D E H L O PE S

Instrumentation and Auxiliary Well Control Equipment

D E H L O PE S

Gas Detection Equipment

D E H L O PE S

BOP Closing Unit and Control Panels

D E H L O PE S




Function Tests and Pressure Tests

D E H L O PE S

Monitoring Equipment Failures/Erroneous Readings

D E H L O PE S

Deadman, Autoshear, and Emergency Disconnect System

D E H L O PE S

Mud-Gas Separator

D E H L O PE S

Control Chokes (Manual and/or Hydraulic)

D E H L O PE S

ROV Hot Stab Capability

D E H L O PE S

Riser Gas Handling Equipment

D E H L O PE S

Stripping & Tripping Tanks

D E H L O PE S

Rules and Regulations

D E H L O PE S


only (e.g., 180 – 300 min.):






2.16 Extract of Subsea Elements (Note: This section will need to be completed only if SUBSEA is taught as a standalone training module rather than incorporated into the previous sections.)




Well Control Concepts: Equivalent Circulating Density and Bottomhole Pressure

D E H L O PE S

Well Control Concepts: Gas Behavior

D E H L O PE S

Well Control Concepts: Downhole Pressure and Temperature Effects

D E H L O PE S

Pre-Recorded Data: Choke Line Friction

D E H L O PE S

Pre-Recorded Data: Choke and Kill Line Fluid Densities

D E H L O PE S

Kick Prevention during Drilling, Casing, & Cementing Operations: Ballooning

D E H L O PE S

Kick Awareness during Drilling, Casing, & Cementing Operations: Casing and Cementing Operations

D E H L O PE S

Kick Awareness during Drilling, Casing, & Cementing Operations: Riser Margin

D E H L O PE S

Barriers: Operations Requiring Barriers

D E H L O PE S

Kick Detection: Well Flow with Pumps Off

D E H L O PE S




Kick Detection: Pit Gain

D E H L O PE S

Kick Detection: Flow Return Rate Increase

D E H L O PE S

Shallow Gas, Water Flows, and Tophole Drilling: Shallow Subsea Fracture Gradients

D E H L O PE S

Shut-In Procedures & Verification: Drilling & Tripping

D E H L O PE S

Shut-In Procedures & Verification: Running Casing & Cementing

D E H L O PE S

Post Shut-In Monitoring & Activities: Recording Shut-In Pressures, Differences, and Float in String

D E H L O PE S

Post Shut-In Monitoring & Activities: Riser Flow after Shut-In

D E H L O PE S

Risk Management: Emergency Procedures

D E H L O PE S

Well Control Methods: Driller’s Method

D E H L O PE S

Well Control Methods: Wait and Weight Method

D E H L O PE S

Well Control Methods: Kill Sheets

D E H L O PE S

Well Control Methods: Pump Startup and Shutdown Procedure

D E H L O PE S

Well Control Methods: Trapped Gas at BOP

D E H L O PE S




Well Control Methods: Displacing Riser Post Kill

D E H L O PE S

Well Control Methods: Handling Gas in the Riser

D E H L O PE S

Equipment: Diverters

D E H L O PE S

Equipment: BOP Stack, Stack Valves, and Wellhead Components

D E H L O PE S

Equipment: BOP Closing Unit and Control Panels

D E H L O PE S

Equipment: Deadman, Autoshear, and Emergency Disconnect System

D E H L O PE S

Equipment: ROV Hot Stab Capability

D E H L O PE S

Equipment: Riser Gas Handling Equipment

D E H L O PE S


only (e.g., 180 – 300 min.):






Total Time Range of Training (including Simulation):* hours minutes to hours minutes

Time Range of Simulation: hours minutes to hours minutes

*The minimum delivery time shall not fall below the minimum time requirement for the course, as stated in accreditation requirements.

