Basic Drilling Engineering & Environmental Safe Drilling
Practice
Description :
The
training will provide to facilitate the trainer to share his knowledge and
experiences in basic concept of drilling and exploration. Facilitator will
assist participants to know basic theoretical of oil, gas and geothermal
drilling.
Objectives :
1. Preliminary concept and simple calculation for oil gas and
geothermal reservoir to increase the exploration performance.
2. The simple diagnosis and problem solving to oil, gas and geothermal
explorations.
3. How to make the simple analysis supported by oil, gas and
geothermal exploration data to plan of global drilling performance and
development.
4. To simple quantitative calculations to planning the mud of
drilling, cement, hydraulic and well control.
5. To use vertical drilling planning knowledge to plan the elevated
and horizontal drilling well with overbalance and underbalance technology.
Outline :
1.
Introduction : Rotary Drilling Operations-
- Steps to drilling a well
- Types of rigs
- Rig Components
- Rig Systems
2. Rhoeology of Drilling and Completion Fluids
- Equations and Inflow Performance RelationshipFunctions of Drilling/Completion
Fluids
- Fluid Types,
- Fluid Models
- Introduction to Rotary Viscometer
- Other Testing Equipment
- Objectives of Monitoring Fluids
3. Mud System
- General Equations and ConceptsDiagnostic tests
- Water based muds
- Oil based muds
- Additives
- Mud handling system
4. Cementing
- Tubing DesignFunctions of cement
- Cement Types
- Cement Additives
5. Oil Field Tubulars and Hydraulics
- Drill string
- Casing and tubing
- Casing classification
- Stresses on casing
- Casing setting depth
- Burst and collapse calculations
- Wellheads
6. Drilling System - Pressure Loss Calculations
- Hydrostatics
- Buoyancy
- Flow through pipes and annuli
- Flow path
- Pressure loss calculations
7. Drilling System - Bit & Nozzles
- Hydrostatics Bit Types
- Bit Parts
- Bit Classification
- Bit Nozzles
8. Introduction to Well Control
- Hydrostatics Definitions
- Causes of kicks
- Kick indicators
- Shut-in procedure
- Well Kill Procedures
9. Directional Drilling
- Reasons for directional wells
- Planning Trajectory
- Kickoff Methods
- Survey Methods
- Survey Calculations
- Hole Assemblies
- Steps to drilling a well
- Types of rigs
- Rig Components
- Rig Systems
2. Rhoeology of Drilling and Completion Fluids
- Equations and Inflow Performance RelationshipFunctions of Drilling/Completion
Fluids
- Fluid Types,
- Fluid Models
- Introduction to Rotary Viscometer
- Other Testing Equipment
- Objectives of Monitoring Fluids
3. Mud System
- General Equations and ConceptsDiagnostic tests
- Water based muds
- Oil based muds
- Additives
- Mud handling system
4. Cementing
- Tubing DesignFunctions of cement
- Cement Types
- Cement Additives
5. Oil Field Tubulars and Hydraulics
- Drill string
- Casing and tubing
- Casing classification
- Stresses on casing
- Casing setting depth
- Burst and collapse calculations
- Wellheads
6. Drilling System - Pressure Loss Calculations
- Hydrostatics
- Buoyancy
- Flow through pipes and annuli
- Flow path
- Pressure loss calculations
7. Drilling System - Bit & Nozzles
- Hydrostatics Bit Types
- Bit Parts
- Bit Classification
- Bit Nozzles
8. Introduction to Well Control
- Hydrostatics Definitions
- Causes of kicks
- Kick indicators
- Shut-in procedure
- Well Kill Procedures
9. Directional Drilling
- Reasons for directional wells
- Planning Trajectory
- Kickoff Methods
- Survey Methods
- Survey Calculations
- Hole Assemblies
Who
should attend :
Operator/Senior
Operator/Engineer/Non Engineer
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