Pelatihan Directional, Horizontal, and Multilateral Drilling dirancang untuk memberikan pemahaman komprehensif mengenai konsep, perencanaan, desain, dan pelaksanaan operasi pemboran berarah (directional drilling), pemboran horizontal (horizontal drilling), serta pemboran multilateral (multilateral drilling) yang banyak diterapkan dalam industri minyak dan gas modern. Teknologi pemboran ini telah menjadi solusi utama untuk meningkatkan produktivitas reservoir, mengoptimalkan perolehan hidrokarbon, serta mengurangi biaya pengembangan lapangan, khususnya pada reservoir yang kompleks dan memiliki tantangan geologi yang tinggi.

Dalam pelatihan ini, peserta akan mempelajari prinsip-prinsip dasar pemboran berarah, termasuk perencanaan lintasan sumur (well trajectory), teknik pengendalian arah pemboran, pemilihan peralatan, serta metode survei yang digunakan untuk memastikan pencapaian target reservoir secara akurat. Selain itu, peserta akan memperoleh pemahaman mengenai desain dan pelaksanaan sumur horizontal yang bertujuan untuk meningkatkan area kontak dengan reservoir sehingga dapat meningkatkan laju produksi dan efisiensi pengurasan cadangan.

Pelatihan juga membahas konsep pemboran multilateral, yaitu teknik pengembangan sumur dengan beberapa cabang (laterals) yang berasal dari satu sumur induk. Teknologi ini memungkinkan optimalisasi produksi dengan memaksimalkan akses ke reservoir sekaligus mengurangi jumlah sumur yang harus dibangun. Peserta akan mempelajari berbagai tipe sumur multilateral, metode konstruksi, tantangan operasional, serta pertimbangan teknis dan ekonomis dalam penerapannya.

Selain aspek teoritis, pelatihan ini dilengkapi dengan studi kasus industri, analisis data pemboran, evaluasi kinerja sumur, serta pembahasan tantangan yang sering ditemui di lapangan. Peserta juga akan memahami penggunaan teknologi modern seperti Measurement While Drilling (MWD), Logging While Drilling (LWD), Rotary Steerable System (RSS), serta perangkat lunak perencanaan lintasan sumur yang mendukung keberhasilan operasi pemboran.

Setelah mengikuti pelatihan ini, peserta diharapkan mampu memahami konsep dan aplikasi directional, horizontal, dan multilateral drilling, melakukan perencanaan dasar lintasan sumur, mengevaluasi risiko operasional, serta mendukung pelaksanaan proyek pemboran secara lebih efektif, aman, dan ekonomis. Pelatihan ini sangat sesuai bagi drilling engineer, well engineer, drilling supervisor, operation engineer, geologist, geophysicist, reservoir engineer, dan profesional lain yang terlibat dalam kegiatan eksplorasi dan produksi minyak dan gas.

TUJUAN PELATIHAN DIRECTIONAL, HORIZONTAL, AND MULTILATERAL DRILLING

Memahami konsep dasar dan perkembangan teknologi directional, horizontal, dan multilateral drilling dalam industri minyak dan gas.
Menjelaskan manfaat dan aplikasi pemboran berarah, horizontal, dan multilateral dalam pengembangan lapangan migas serta peningkatan produktivitas reservoir.
Memahami prinsip perencanaan lintasan sumur (well trajectory planning), termasuk penentuan target, desain profil sumur, dan perhitungan parameter pemboran.
Mengidentifikasi berbagai jenis profil sumur berarah seperti build and hold, S-profile, J-profile, horizontal well, dan extended reach drilling.
Memahami fungsi dan penggunaan peralatan pemboran berarah, termasuk:
- Bottom Hole Assembly (BHA)
- Mud Motor
- Measurement While Drilling (MWD)
- Logging While Drilling (LWD)
- Rotary Steerable System (RSS)
Memahami teknik survei sumur dan metode pengukuran arah pemboran untuk memastikan pencapaian target reservoir secara akurat.
Menjelaskan prinsip desain dan pelaksanaan sumur horizontal untuk meningkatkan kontak dengan reservoir dan optimalisasi produksi.
Memahami konsep, klasifikasi, dan metode konstruksi sumur multilateral beserta kelebihan dan keterbatasannya.
Mengidentifikasi risiko dan tantangan operasional dalam pemboran berarah, horizontal, dan multilateral serta strategi mitigasinya.
Menganalisis faktor teknis, operasional, dan ekonomis yang memengaruhi keberhasilan proyek pemboran.
Memahami integrasi data geologi, geofisika, reservoir, dan pemboran dalam proses perencanaan dan pelaksanaan sumur.
Mengevaluasi performa pemboran berdasarkan parameter operasional dan hasil pencapaian target sumur.
Memahami aspek keselamatan kerja, manajemen risiko, dan praktik terbaik (best practices) dalam operasi pemboran berarah dan horizontal.
Mengkaji studi kasus penerapan directional, horizontal, dan multilateral drilling pada berbagai kondisi lapangan migas.

PELATIHAN DIRECTIONAL, HORIZONTAL, AND MULTILATERAL DRILLING JAKARTA

MATERI PELATIHAN DIRECTIONAL, HORIZONTAL, AND MULTILATERAL DRILLING

1. Introduction to Advanced Drilling Technology

Overview industri pemboran minyak dan gas
Evolusi teknologi pemboran
Konsep Directional, Horizontal, dan Multilateral Drilling
Keuntungan dan aplikasi pemboran non-vertikal
Studi kasus implementasi di lapangan migas

2. Fundamentals of Directional Drilling

Prinsip dasar pemboran berarah
Terminologi directional drilling
Well path dan well trajectory
Target definition dan target window
Azimuth, inclination, dan dogleg severity

3. Directional Well Planning

Perencanaan lintasan sumur (well trajectory planning)
Kick-off Point (KOP)
Build-up section
Tangent section
Drop-off section
Well profile design:
- J-Type Well
- S-Type Well
- Horizontal Well
- Extended Reach Well

4. Directional Drilling Equipment

Bottom Hole Assembly (BHA)
Drill String Components
Stabilizers
Bent Housing
Mud Motors
Rotary Steerable Systems (RSS)
Drill Bits Selection
Measurement While Drilling (MWD)
Logging While Drilling (LWD)

5. Surveying and Wellbore Positioning

Survey principles
Magnetic survey methods
Gyroscopic survey methods
Survey calculation techniques
Well positioning accuracy
Anti-collision analysis
Wellbore uncertainty management

6. Directional Drilling Operations

Well trajectory control
Sliding and rotating techniques
Build rate optimization
Directional drilling practices
Real-time monitoring
Drilling performance evaluation

7. Horizontal Drilling Fundamentals

Introduction to horizontal wells
Reservoir exposure concepts
Horizontal well design criteria
Horizontal section planning
Landing techniques
Geosteering principles

8. Horizontal Drilling Technology

Geosteering methods
Real-time formation evaluation
LWD interpretation
Reservoir navigation
Extended Reach Drilling (ERD)
Horizontal completion considerations

9. Multilateral Drilling Fundamentals

Introduction to multilateral wells
Benefits and limitations
Reservoir development strategies
Economic considerations
Multilateral well applications

10. Multilateral Well Design

Multilateral well architecture
Junction design concepts
Lateral planning
Completion design
Well integrity considerations
Production optimization

11. Multilateral Well Classification

Level 1 Junction
Level 2 Junction
Level 3 Junction
Level 4 Junction
Level 5 Junction
Comparison of multilateral systems

12. Drilling Fluids for Directional and Horizontal Wells

Drilling fluid functions
Hole cleaning requirements
Lubricity management
Torque and drag reduction
Fluid selection criteria
Wellbore stability considerations

13. Torque and Drag Analysis

Fundamentals of torque and drag
Friction factors
Mechanical limitations
Drill string behavior
Modeling and calculations
Mitigation techniques

14. Wellbore Stability and Hole Problems

Wellbore instability mechanisms
Stuck pipe prevention
Differential sticking
Hole collapse
Lost circulation
Troubleshooting techniques

15. Formation Evaluation and Geosteering

Reservoir characterization
Formation evaluation tools
Real-time data interpretation
Geosteering applications
Reservoir contact optimization

16. Risk Management and HSE

Operational risk assessment
Hazard identification
Well control considerations
HSE requirements
Emergency response planning
Best practices in drilling operations

17. Economics of Advanced Drilling

Cost-benefit analysis
CAPEX and OPEX considerations
Production enhancement evaluation
Project feasibility assessment
Economic performance indicators

18. Digital Technologies in Drilling

Real-time drilling monitoring
Automated drilling systems
Digital oilfield applications
Data analytics for drilling optimization
Artificial Intelligence in drilling operations

19. Case Studies and Industry Best Practices

Directional drilling case studies
Horizontal well success stories
Multilateral well applications
Lessons learned from field operations
Performance benchmarking

20. Practical Workshop and Exercises

Well trajectory design exercise
Survey calculation workshop
Directional drilling simulation
Horizontal well planning exercise
Multilateral well design case study
Group discussion and project review

PESERTA PELATIHAN DIRECTIONAL, HORIZONTAL, AND MULTILATERAL DRILLING

1. Bidang Drilling & Well Engineering

Drilling Engineer
Senior Drilling Engineer
Well Engineer
Well Planning Engineer
Drilling Supervisor
Drilling Superintendent
Drilling Operations Engineer
Wellsite Engineer
Drilling Consultant
Drilling Manager

2. Bidang Reservoir Engineering

Reservoir Engineer
Reservoir Development Engineer
Reservoir Management Engineer
Production Optimization Engineer
Field Development Engineer

3. Bidang Geologi dan Geosains

Geologist
Petroleum Geologist
Development Geologist
Operations Geologist
Geophysicist
Geoscientist

4. Bidang Completion & Production

Completion Engineer
Production Engineer
Well Intervention Engineer
Artificial Lift Engineer
Production Operations Engineer

5. Bidang Subsurface dan Asset Development

Subsurface Engineer
Petroleum Engineer
Asset Engineer
Field Development Planner
Integrated Asset Team Member

6. Bidang Pengeboran dan Operasi Lapangan

Rig Superintendent
Toolpusher
Drilling Foreman
Company Man
Rig Engineer
Drilling Coordinator

7. Bidang HSE dan Risk Management

HSE Engineer
HSE Supervisor
Operational Risk Engineer
Well Integrity Engineer

8. Bidang Manajemen dan Pengambilan Keputusan

Technical Manager
Drilling Manager
Operations Manager
Field Manager
Asset Manager
Production Manager

9. Perusahaan Jasa Penunjang Migas

Pelatihan ini juga sangat bermanfaat bagi personel dari perusahaan jasa migas yang menyediakan layanan:

Directional Drilling Services
MWD/LWD Services
Mud Logging Services
Drilling Fluids Services
Well Construction Services
Well Completion Services
Integrated Drilling Services

10. Akademisi dan Peneliti

Dosen Teknik Perminyakan
Peneliti Migas
Mahasiswa Teknik Perminyakan
Mahasiswa Geologi
Mahasiswa Geofisika
Mahasiswa Teknik Pengeboran

Industri yang Relevan

Perusahaan Eksplorasi dan Produksi Migas (E&P)
Kontraktor Kontrak Kerja Sama (KKKS)
Perusahaan Jasa Pemboran
Perusahaan Well Services
Konsultan Migas
Perusahaan Energi dan Panas Bumi (Geothermal)

TRAINING DIRECTIONAL HORIZONTAL AND MULTILATERAL DRILLING

TRAINING DIRECTIONAL HORIZONTAL AND MULTILATERAL DRILLING

DESKRIPSI PELATIHAN DIRECTIONAL, HORIZONTAL, AND MULTILATERAL DRILLING

TUJUAN PELATIHAN DIRECTIONAL, HORIZONTAL, AND MULTILATERAL DRILLING

MATERI PELATIHAN DIRECTIONAL, HORIZONTAL, AND MULTILATERAL DRILLING

1. Introduction to Advanced Drilling Technology

2. Fundamentals of Directional Drilling

3. Directional Well Planning

4. Directional Drilling Equipment

5. Surveying and Wellbore Positioning

6. Directional Drilling Operations

7. Horizontal Drilling Fundamentals

8. Horizontal Drilling Technology

9. Multilateral Drilling Fundamentals

10. Multilateral Well Design

11. Multilateral Well Classification

12. Drilling Fluids for Directional and Horizontal Wells

13. Torque and Drag Analysis

14. Wellbore Stability and Hole Problems

15. Formation Evaluation and Geosteering

16. Risk Management and HSE

17. Economics of Advanced Drilling

18. Digital Technologies in Drilling

19. Case Studies and Industry Best Practices

20. Practical Workshop and Exercises

PESERTA PELATIHAN DIRECTIONAL, HORIZONTAL, AND MULTILATERAL DRILLING

1. Bidang Drilling & Well Engineering

2. Bidang Reservoir Engineering

3. Bidang Geologi dan Geosains

4. Bidang Completion & Production

5. Bidang Subsurface dan Asset Development

6. Bidang Pengeboran dan Operasi Lapangan

7. Bidang HSE dan Risk Management

8. Bidang Manajemen dan Pengambilan Keputusan

9. Perusahaan Jasa Penunjang Migas

10. Akademisi dan Peneliti

Industri yang Relevan

About the author

Fauzi Hafizh editor

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