Course Description
Averest Training Drilling Engineering course will help you acquire basic knowledge and practical skill regarding the drilling engineering and fluid engineering
What Do Participants Learn?
Based on the understanding of the basic concept of the drilling engineering and fluid engineering, participant will be able to perform fluid drilling of deep wells.
Who Should Attend?
- Drilling supervisors
- chief drillers
What Will the Learning Experience Include?
Phase: 1
Introduce
- Comprehensive pre-program activities include:
- Web-based information forms & surveys completed by attendee.
- Direct consultation with the attendee about the expectations.
- During the training, participants engage in data, activities, and conversations that lead to insight and knowledge.
- Participants learn from expert trainers who have both academic and business experiences.
- Highly applicable training content & instructive activities for adding depth to training topics.
- **A half-day site visit for integrating the experience & plan next steps. Opportunities to provide connections, ideas & support.
Phase: 2
Explore & Practice
Phase: 3
Apply
- Apply & sustain the learning experience by using this ongoing support:
- To ensure participant has new skills or behavior progress.
- Optional, fee-based mentoring & coaching with the trainer.
- Training materials & additional documents (e-books, pdf files, presentations and articles)
- Evaluate your training experience by giving us feedbacks and help us to reach our organizational goals.
- Participant's Evaluation
- Trainer's Evaluation
Phase: 4
EVALUATE
Section One: Introduction, Industry Overview & Regulations
- Introduction To Water Well Drilling
- Recognize, Explain And Comply With Occupational Health And Safety Regulations.
- Recognize, Explain And Comply With Whmis Regulations.
- Recognize, Explain And Comply With Fire Regulations.
- Safety, Fire Hazards And Metrics In Water Well Drilling
- Describe The Types Of Personal Hazards Associated With The Work Assigned To A Water Well Driller (elec. Tools, Rotating Machinery, Comp. Air, Jacking And Hoisting, Exhaust Gases, Etc.).
- Identify And Use Safety Equipment And Procedures When Dealing With Hazards Associated With being A Water Well Driller.
- Practice Safe Care And Control Of Hazardous Products Commonly Used By A Water Well Driller.
- Recognize And Describe Environmental Hazards Associated With The Trade.
- State The Safety Considerations When Dealing With Gas Encounters.
- Perform Measurements And Conversions Using Metric And Imperial Units
Section Two: Safety, Fire Hazards And Metrics In Water Well Drilling
- Describe The Types Of Personal Hazards Associated With The Work Assigned To A Water Well Driller (elec. Tools, Rotating Machinery, Comp. Air, Jacking And Hoisting, Exhaust Gases, Etc.).
- Identify And Use Safety Equipment And Procedures When Dealing With Hazards Associated With being A Water Well Driller.
- Practice Safe Care And Control Of Hazardous Products Commonly Used By A Water Well Driller.
- Recognize And Describe Environmental Hazards Associated With The Trade.
- State The Safety Considerations When Dealing With Gas Encounters.
- Perform Measurements And Conversions Using Metric And Imperial Units.
Section Three: Drilling Systems And Tools
- Apply And Use Measuring Principles And Tools: a) Units Of Measure b) Accurate Interpretation Of Measurements c) Relationship Of Fractional And Decimal Measurements d) Metric Rules; Scales And Gauges To Measure Volume, Temperatures And Pressures e) Micrometers f) Calipers g) Torque Wrenches h) Thread Gauges
- Cooling Systems
- Lubrication System
- Engine / Powertrains
- Fuel Supply Systems
- Electrical Sysytem
- Batteires
- Brake Systems
- Service Schedules
Section Four: Fluids Engineering
- Composition And Properties Of Water-based Drilling Fluids
- Analysis Of Api Water-base Mud And Non-aqueous Drilling Fluid Report
- Identification And Treatment Of Drilling Fluid Contaminants
- Composition And Properties Of Water-based And Non-aqueous Drilling Fluid Systems
- Selection Of Water Phase Salinity For Borehole Stability Api Water-based And Non-aqueous Drilling Mud Tests
- Adjustment Of Non-aqueous Drilling Fluid Properties
- Managing Invert Emulsion Fluid Systems: Rig Preparation And Displacement
- Non-aqueous Drilling Fluids Designed For Environmental Compliance
Section Five: Welding Procedures
- Metal Heating And Cutting Describe The Characteristics, Composition And Handling Of Fuel Gases: a) Oxygen b) Acetylene c) Propane
- Assemble And Operate Oxy-fuel Welding Equipment: a) Cylinders b) Regulators And Hoses c) Torch d) Welding, And Heating Attachments e) Basic Technique
- Assemble And Operate Oxy-fuel Cutting Equipment: a) Cutting Attachments b) Basic Technique And Operational Procedures
- Wear The Proper Apparel To Be Used When Arc Welding. Describe The Types Of Arc Welding Machines And Their Uses (ac Transformer, Ac To Dc Rectifier, dc Generator And Wire Feed Welders): a) Advantages And Disadvantages b) Reverse And Straight Polarity
- Describe The Operation And Uses Of Accessories Required In Arc Welding: a) Cable Construction And Sizes b) Electrode Holders c) Cable Lugs, Quick Connectors And Ground Clamps
- Describe The Types And Uses Of Electrodes: a) Numerical Definitions b) Manufacturing Specification Control c) Function Of The Coating d) Function Of The Slag e) Alloy Additions To The Coating f) Static And Dynamic Loading
- Assemble, Adjust And Operate Arc Welding Equipment
- Perform Industry-acceptable Lap, Butt And Plug Welds On 16 And 20-gauge Steel
- Demonstrate The Ability To Weld In The Flat, Vertical And Horizontal Positions.
- Recognize, Identify And Correct Weld Faults
section Six: Well Drilling Systems
- High Air Volume Systems
- Drilling Safety
- Drilling Fluids
- Cable Tool Drilling
- Mud Rotary, Air Rotary, Dual Rotary And Air Hammer Drilling
- Drilling Bits
- Auger And Boring Drilling
- Other Drilling Systems