Drilling Project Services provides training to operators and supervisory staff in both product usage and the optimization of the drilling process. Our training courses are in the form of a lecture course with the extensive use of visual aids, and these courses are followed up by on the job training during normal working operations. Our training modules are as follows;
- How does a tricone drillbit work
- The manufacture of tricone drillbits
- Factors affecting drillbit performance
- Drilling in different formations
- Problem identification
- The use of deckbushes, stabilisers and shocksubs
- A systematic approach to analyzing a run out drillbit
- Analysis of drillbit wear patterns
- Determination of the primary cause of failure
- What should a run out drillbit look like at our mine? (Compared to other mines).
- Drillbit record keeping systems
- Storage of run out drillbits
- What statistics do we need?
- Technical aspects relating to drilling accessories
- Management aspects relating to drilling accessories
- The total cost of drilling
- Rates of penetration in different formations
- Operational problems that influence drilling performance
- Total drilling cost per metre versus rate of penetration
- Planning of drill pattern
- Get the hole depth right
- Hole must be drilled vertically
- Loosening the threaded connections
- Drillrod handling procedures
- Collaring the hole
- Drillrod racking procedures
- Drilling in different formations
- Rates of penetration in different formations
- Introduction
- How does percussion drilling work?
- The difference between percussion drilling and rotary drilling
- Critical factors that affect DTH drilling
- Factors that affect hammer life and performance
- Factors that affect drillbit life
- Drilling in different formations
- Problem identification
- There are several points to remember
- Shanking on bit splines
- Shank on guide diameters
- Galling on guide diameters
- Shank on splines
- Large diameter bits
- Heavy bit spline wear
- Shank in lower guide diameters
- Corrosion pitting induces fatigue cracks
- Broken foot valve
- Foot valve erosion
- Solve foot valve problem
- Bit striking face failure
- Lost buttons
- Bit body metal failure
- Cracked bit face
- Carbide breakage
- Thermal shocked carbides (gauge row)
- Snakeskin cracking (gauge row)
- Cusp-type carbide failure
- Carbide broken flush with body
- Broken carbide below the top of the carbide hole