OBJECTIVES :
This course is to summarize the state of the art of Electric Submersible Pump (ESP) technology. It included the example problems to illustrate the use of various theoretical solutions, it also listed an overview of conventional well productivity and Inflow Performance Relationship (IPR) technology and is general introduction to the latest methods of production optimization using ESP technology.
This course compiled as aid to engineers and production people in the Petroleum Industry who have the responsibility of planning and selecting electrically driven submersible pumping equipment. Included are fundamental principles involving sizing, operation and trouble shooting of submersible pump equipment. Also included are tables, data and general information which it will be value to eve
AUDIENCE:
No specified (Operator/Sr. Operator/Engineer or Non Engineer)
COURSE OUT-LINE:
Chapter 1 Hydraulic& Electrical Fundamentals
- Introduction
- Hydraulic Fundamentals
- Centrifugal Pump Hydraulics
- Well Performance
- Electricity Fundamentals
Chapter 2 Equipment Description
- Introduction
- Centrifugal Pump
- Rotary Gas Separator
- Seal Section
- Electrical Submersible Motor
- Generalized Motor Composite Curves
- Motor Controllers
- VSC Effects on ESP Components
Chapter 3 Typical ESP Applications
- Introduction
- Shrouded Configuration
- Booster Pump
- Direct Production-Injection-System
- Horizontal Injection System
- Cantle slopeâ Injection System
- ESP Installation with Deep Set Packer
- ESP Installation with “Y” Tool
- Bottom Intake Booster Pump
- Operation of Submersible Pumps in Harsh Environments
- High Temperature Wells
Chapter 4 Equipment Sizing
- Introduction
- Basic Data Required
- Well Data
- Sizing Procedure High-Water-Cut
Chapter 5 Installation Maintenance and Trouble shooting
- Introduction
- Equipment Transportation
- Equipment Handling
- Well Preparation
- Installation of Down hole Equipment
- Documentation
- Motor Controller
- Testing
- Data Gathering
- Re-running Equipment
- Economic Evaluation
- Failure Analysis
- Ammeter Technology
- Field Checkout
- ESP Troubleshooting Chart
Chapter 6 Engineering Data
- Electrical Terms and Definition
- Useful Formulas
- Relationships Regarding Flow and Pressure drops in Pipes
- Temperature Rise in Pumps
- Measurement for Water Flow
- Areas of Circles
- Conversion Factors
- Temperature Conversion Table
- Fundamental Unit of Length, Area, Volume and Mass
- Conversion Factors For Units of Energy
- Casing and Tubing Sized and Capacities
- Stretch of Suspended Casing, Tubing or Drill Pipe
- Tubing Weight in Fluid
- Hydrostatic Head
- Well Temperature versus Current
- Absolute Viscosity of Gas-Free Crude Oil, Centipoises
- Absolute Viscosity of Gas-Saturated Crude Oil, Centipoises
- Pressure Loss Charts
- Flow Loss due to Friction in API. Pipe (U.S)
- Inflow Performance relationship Equations
Chapter 7 Installation, Operating And Trouble Shooting The Pump
TRAINING METHOD
Interactive Methods, Presentations, Discussions
TRAINER
GANESHA INTI PERSADA consultant team
DURATION OF TRAINING
3 days (effective 21th hours )
Webinar via zoom atau aplikasi lain yang disepakati
Rp 6.000.000 / participant
FASILITAS
Training Tatap muka
- Sertifkat, Modul + Soft Copy, Training Kit, Lunch, Coffee Break, Jaket dan diselenggarakan di hotel berbintang
Training Webinar via zoom atau aplikasi lain
- Sertifkat, Modul Soft Copy
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
Investation (Not Include Hotel Acomodation)
• IDR. 11.000.000, - /participant (Jakarta,bogor)
• IDR. 11.000.000 - /participant (Bandung)
• IDR. 12.000.000, - /participant (Yogyakarta,surabaya)
• IDR. 14.000.000, - /participant (Bali)
• IDR. 14.750.000, - /participant (Lombok,batam)
• US$ 4780/participant (Malaysia)
REFERENSI
SKK Migas
