Training Drilling Main Equipment Operations For Drilling Crew

TARGET DAN TUJUAN TRAINING

Setelah menyelesaikan training ini diharapkan peserta dapat :

• Mengetahui dan memahami tentang berbagai peralatan pemboran yang dioperasikan di darat maupun laut termasuk juga laut dalam.
• Memahami prinsip - prinsip dasar dan berbagai perhitungan sederhana untuk pelaksanaan pemboran sumur - sumur minyak, gas dan reservoir panas bumi, pengembangan pelaksanaan  perhitungan ini untuk meningkatkan kinerja pemboran sumur - sumur di lapangan.
• Melakukan diagnosis sederhana dan memengerti penyelesaian dan melakukan pemboran  suatu sumur minyak, gas atau panas bumi.
• Membuat analisis sederhana terhadap data eksplorasi sumuran minyak, gas dan panas bumi , kemudian mampu melakukan perancangan global pemboran  kinerja dan merencanakan pengembangannya.
• Melakukan perhitungan - perhitungan kuantitatip sederhana untuk perencanaan lumpur pemboran, semen, hidrolika, well control.
• Mempergunakan pengetahuan dalam perancangan pemboran tegak, untuk keperluan perancangan pemboran sumur miring, sumur horizontal baik dengan teknologi overbalance maupun underbalance.

PESERTA TRAINING

Latar belakang  : Operator/Senior Operator/Engineer/Non Engineer

MATERI TRAINING

Introduction
•    General
•    Personal at rig site
•    Miscellaneous

Rotary Drilling Rig
•    Rig Power System
•    Hoisting System
•    Derrick
•    Block and Tackle
•    Drawworks
•    Rig Selection
•    Circulation (Mud)
•    The rotary (Swivel, Kelly, Rotary Drive)
•    Drilling Cost Analysis (Drilling Costs, Drilling Time, Tripping Time,

Geomechanics
•    Geology Prediction
•    Pore pressure Prediction
•    Hydrostatic Pressure
•    Fracture Gradient Prediction
•    Interpretation of Field Data
•    Mud Weight Planning
•    Examples

Drilling Hydraulics
•    Hydrostatic Pressure Inside the Wellbore
•     Types of Fluid Flow
•    Rheological Classification of Fluids
•    Laminar Flow in Pipes and Annuli
•    Turbulent Flow in Pipes and Annuli
•    Pressure Drop Across Surface Connections
•    Pressure Drop Across Bit
•    Initiating Circulation
•    Optimization of Bit Hydraulics
•    Particle Slip Velocity
•    Surge and Swab Pressure
•    Examples

Drilling Bits
•    Drill Bit Types (Roller Cone,  BitFixed Cutter Bit, Coring  )            
•    Drill Bit Classification (Roller Bit Classification, Drag Bit Classification,
•    Drill Bit Selection and Evaluation (ToothWear, BearingWear, GaugeWear)
•    Factors that Affect the Rate Of Penetration (Bit Type,  Formation Characteristics, Drilling Fluid Properties, Operating Conditions, BitWear, Bit Hydraulics, Examples)

Drillstring Design
•    Drill Pipe Classification
•    Calculation of Neutral Point
•    Drillstring Design Calculations ( Tension, Collapse,  Biaxial Loading, Shock Loading, Torsion)
•    Drillpipe Bending resulting from Tonging Operations
•    Selecting Drill Collar Weights
•    Stretch of Drillpipe
•    Critical Rotary Speeds
•    BottomHole Assembly Design
•    Placement of Stabilizers and Reamers (Building Assemblies,  Holding Assemblies, Dropping Assemblies, WOB Increase,
•    Dogleg Severity Analysis
•    Examples

Drilling Fluid
•    Functions of Drilling Mud
•    Types of Drilling Mud (Water - base Muds, Oil - base Muds, Mud Calculations, Recommended Mud Flow Properties,  Examples)

Casing Design 207
•    Casing Types
•    Conductor Casing (Surface Casing, Intermediate Casing, Production Casing, Liners)
•    Casing Setting Depths
•    Casing Connections
•    API Casing Performance Properties
•    General Casing Design Criteria
•    Graphical Method for Casing Design
•    Maximum Load Casing Design for Intermediate Casing
•    Casing Centralizer Spacings
•    Stretch in Casing
•    Examples

Directional Drilling and Deviation Control 251
•    Mayor Types ofWellbore Trajectories
•    Trajectory Calculation
•    Calculating the Survey of a Well (Average angle method, Radius of curvaturemethod, Minimum Curvature Method)
•    Dogleg Severity Calculations
•    Deflection Tools and Techniques (Natural Formation Effects, Hydraulic Method (Jetting), Mechanical Methods)
•    9.6 While Drilling Techniques (Measurement While Drilling, Logging While Drilling, Data Transfer)
•    Examples

Borehole Problems
•    Differential Pipe Sticking
•    Free Point Calculation
•    Freeing Differentially Stuck Pipe (Spotting Organic Fluids, Hydrostatic Pressure Reduction, Backoff Operations,
•    Lost Circulation Control
•    Keyseats
•    Examples

Kick Control and Blowout Prevention
•    Blowout Preventer (Rampreventers, Annular preventers)
•    Well Control Operations
•    Length and Density of Kick
•    Kick Tolerance and KillMudWeight
•    Pump Pressure Schedules for Well Control Operations
•    Kick Removal – TwoMethods (Wait - and - weightmethod, Driller’s method)
•    Equations Required to PerformDynamic or Polymer Kill
•    Examples

Cementing
•    Functions of Cement
•    Properties of Cement Slurry (Physical Properties)
•    Cement Additives (Extenders, Accelerators, Retarders, WeightingMaterial, Fluid Loss Material, Dispersants)
•    Primary Cementing
•    Liner Cementing
•    Squeeze Cementing
•    Plugback Cementing
•    Examples

TRAINER

Tim Konsultan PT Ganesha Inti Persada

DURASI TRAINING

3 hari

FASILITAS

Sertifikat, Modul pelatihan,Training kit, Lunch, Coffe break, Pelatihan dilaksanakan di hotel berbintang

INFORMASI & PROMO

081296791324 (WA

021-22830080

CONTACT PERSON

0811-996-1224 (WA)

0812-9679-1324 (WA)

Biaya registrasi (tidak termasuk biaya akomodasi & penginapan)

•    Rp. 11.000.000, - /peserta (Jakarta,Bogor)
•    Rp. 11.000.000 - /peserta (Bandung)
•    Rp. 12.000.000, - /peserta (Yogyakarta,Surabaya)
•    Rp. 14.000.000, - /peserta (Bali)
•    Rp. 14.750.000, - /peserta (Lombok,Batam)
•    US$ 4780/peserta (Malaysia)

Jadwal Online & OfflineTahun 2025:

Desember

• 1-3 Desember 2025, Surabaya
• 8-10 Desember 2025, Jakarta
• 15-17 Desember 2025, Yogyakarta
• 29-31 Desember 2025, Bandung

 

Jadwal Online & OfflineTahun 2026:

 

Januari

 

• 7-9 Januari 2026, Jakarta
• 13-15 Januari 2026, Surabaya
• 20-22 Januari 2026, Batam
• 28-30 Januari 2026, Yogyakarta

 

Februari                

 

• 4-6 Februari 2026, Surabaya
• 11-13 Februari 2026, Bandung
• 18-20 Februari 2026, Jakarta
• 25-27 Februari 2026, Semarang

 

Maret                                

 

• 4-6 Maret 2026, Jakarta
• 11-13 Maret 2026, Surabaya

 

April

 

• 8-10April 2026, Bali
• 15-17 April 2026, Jakarta
• 22-24 April 2026, Bandung
• 28-30 April 2026, Yogyakarta

 

Mei

 

• 6-8 Mei 2026, Lombok
• 11-13 Mei 2026, Jakarta
• 20-22 Mei 2026, Yogyakarta

 

Juni

 

• 3-5 Juni 2026, Jakarta
• 10-12 Juni 2026, Bali
• 23-25 Juni 2026, Surabaya
• 29-31 Juni 2026, Bandung

 

Juli

 

• 7-9 Juli 2026, Malang
• 14-16 Juli 2026, Surabaya
• 21-23 Juli 2026, Bandung
• 29-31 Juli 2026, Jakarta

 

Agustus

 

• 5-7 Agustus 2026, Bandung
• 12-14 Agustus 2026, Jakarta
• 19-21 Agustus 2026, Yogyakarta
• 26-28 Agustus 2026, Semarang

 

September

 

• 2-4 September 2026, Bandung
• 9-11 September 2026, Jakarta
• 16-18 September 2026, Yogyakarta
• 23-25 September 2026, Malang

 

Oktober

 

• 6-8 Oktober 2026, Yogyakarta
• 13-15 Oktober 2026, Jakarta
• 20-22 Oktober 2026, Surabaya
• 28-30 Oktober 2026, Bandung

 

November

 

• 3-5 November 2026, Lombok
• 10-12 November 2026, Bandung
• 17-19 November 2026, Yogyakarta
• 24-26 November 2026, Jakarta

 

Desember

 

• 2-4 Desember 2026, Surabaya
• 9-11 Desember 2026, Jakarta
• 16-18 Desember 2026, Bandung
• 28-30 Desember 2026, Yogyakarta

 

Klik link form registrasi https://bit.ly/FormRegistrasiPTGIP