Advanced Gas Lift – Design & Troubleshooting Training

Advanced Gas Lift – Design & Troubleshooting Training

Objective:

Stated quite simply, the objective of this course is to provide the most advanced and comprehensive gas lift design and diagnostics training package available to the industry. The course provides a comprehensive review of common gas lift techniques and concentrates on the downhole aspects of gas lift performance and diagnostics. It also emphasizes emerging technology in the form of actual gas lift valve performance and dynamic gas lift simulation, which advance the practice of gas lift from a black art to a true engineering discipline. The course is targeted toward engineering staff involved in the design, performance, and monitoring of gas lift installations. While previous experience or knowledge of gas lift are not prerequisites, students are expected to be familiar with the basic principles of well modeling and nodal analysis. The course will also prove valuable to experienced gas lift engineers who would benefit from exposure to some of the newer methods currently being developed and tested by the industry.

Course Description:

The course begins with a quick overview of production systems analysis and justification of gas lift as a means of increasing well productivity, followed by an introduction to gas lift principles, surface installations, and downhole equipment. The three basic elements of continuous gas lift design are covered thoroughly: operating valve positioning, unloading valve positioning, and valve sizing. Actual, detailed valve performance is examined, with an overview of methods and techniques used to predict valve behavior under actual flowing conditions.  Other topics covered in the course include gas lift operations, multi well lift gas allocation, and optimization, as well as a special section devoted entirely to intermittent gas lift.

Course Contents:

1. The Production System
   • Reservoir inflow performance
   • Vertical lift performance
   • Pressure traverse
   • Operating point
   • Nodal analysis
   • Justification for gas lift
2. Introduction to Gas Lift
   • Principles of gas lift
   • Overview of gas lift installations
   • Introduction to gas lift valves
   • Gas lift completions
3. Gas Lift Design: Positioning the Operating Valve
   • System design/sensitivity analysis
   • Gas lift performance: reservoir/completion/lift gas parameters
   • Worst case and expected case designs
4. Gas Lift Design: Positioning the Unloading Valves
   • Valve spacing
   • Fluid and casing controlled valves
   • Transfer margins
   • Shut in fluid column
5. Gas Lift Design: Valve Sizing
   • Simple force balance model for valve operation
   • Dome pressure setting
   • Manufacturers’ valve data
   • Test rack opening/closing pressures
   • Temperature adjustments
   • Valve spread
6. Valve Performance
   • Dynamic flow testing
   • Gas throughput operating point
   • Valve performance curves
   • Valve performance modeling
   • Gas throughput operating point
   • Sensitivity: port size, gas rate, cas/tbg pressures
7. Gas Lift Operations
   • Unloading procedures
   • Running tools/mandrels
   • Gas conditioning
   • Gas compression requirements
8. Lift Gas Allocation & Production Optimization
   • Prerequisites for lift gas allocation and optimization
   • Well performance curves
   • Multi well networks
   • Manual lift gas allocation example
   • History matching and tuning to field data
   • Non hierarchical networks
9. Gas Lift Troubleshooting
   • Dynamic gas lift simulation
   • Pressure instabilities
   • System response to lift gas variables
   • Cycling and multi pointing
   • System response to changing reservoir behavior
10. Intermittent Gas Lift
    • Intermittent gas lift installations
    • Fallback
    • Valve positioning
    • Plunger assisted intermittent gas lift
    • Chambers
    • Regulating IGL
    • Intermittent gas lift troubleshooting

Instructor & CV

Mia Ferian Helmy, ST, MT

• EDUCATION
  Master Degree in study of Petroleum Engineering, Institute Technology of Bandung, West Java, Indonesia. GPA score 3.42 scale of 4.00.
  Thesis : Brownfield Integrated Production Optimization at Field Z.
  Bachelor Degree in study of Petroleum Engineering; Faculty of Mineral Technology, UPN Veteran Yogyakarta, Indonesia. GPA score 3.10 scale of 4.00.
  Thesis : Determining The Performance Of Fluid Flow Work In Porous Media According to Pressure Build Up Analyze In Well “MFH-07” And “MFH-09” At “VH” Field

RESEARCH AND PROJECT INVOLVEMENT

• 2007 : Support Welltest Engineer at PT. PERTAMINA EP REG JAWA by using Ecrin V.03 (Kappa Enginering).
• 2008 : Surveyor for Development System Low and Off, Design Artificial Lift and Chemical Usage inventory by BPMIGAS at PT. SURVEYOR INDONESIA
• 2008 – 2010: Field Engineer (Sonolog and Dynamometer) for Production Optimization using Echometer with PT. MANDIRI UTAMA DUA.
• 2012: Team Member of EOR Massive, PT. Pertamina EP.
• 2013 : Junior Production Engineer for POFD Field Samboja, PT. Pertamina EP Asset 5
• 2013: Junior Production Engineer for GGR study of MM-MKN-MML Field on ONWJ (Offshore North West Java Block) PT. Pertamina Hulu Energi
• 2014 : Junior Production Engineer for GGR Study of Pacific Oil and Gas, Phase-1
• 2015 : Junior Production Engineer for POFD Field Klamono, PT. Pertamina EP Asset 5.
• 2015 : Junior Production Engineer for GGR Study of Pacific Oil and Gas, Phase-2
• 2015 : Junior Production Engineer for GGR Study Of Jenggolo And Bukit Panjang Structure, Ketapang Block in Offshore Madura

SEMINAR/COURSE/TRAINING

1. 2015 Assistent Trainer For Material Balance Using IPM Petroleum Expert by PT. Geoservices, Malang.
2. 2014 Assistent Trainer For “Pelatihan Software Simulasi Reservoir” PT. PERTAMINA EP Asset 2, Prabumulih.
3. 2014 Assistent Trainer For Gathering, Allocation and Production Optimization Using IPM Petroleum Expert by PT. Geoservices, Yogyakarta.
4. 2013 Trainer For Gas Exploitation, Treatment and Handling By PT. QIP – Yogyakarta.
5. 2013 Participant of “Aspek POD/POFD”, By SKKMIGAS and PT. Pertamina EP, Solo
6. 2012 Assistent Trainer For Gas Treatment and Handling Facility Training with Dr. Ir. Herianto, MT, PhD. By PT. WISH – Yogyakarta.
7. 2011 Assistent Trainer For Gas Treatment and Handling Facility Training with Dr. Ir. Herianto, MT, PhD. By PT. WISH – Yogyakarta.
8. 2011 Trainer For Gas Treatment and Handling Facility Training, By PT. WISH, Yogyakarta.
9. 2011 Participant For Production Optimization for Sucker Rod Pump, Training with Marsigit, M. By PT. Pura Nusa Kencana – Yogyakarta.
10. 2011 Participant of “Workshop EOR Untuk Peningkatan Produksi Minyak Nasional”, By BPMIGAS, Bandung.
11. 2010 Assistent Trainer For Basic Sonolog dan Dynamometer Training By PT. WISH – Yogyakarta.

HANDLING OF SOFTWARE

•  Well Test Simulation : Saphir 3.20, Ecrin v 4.02 (Kappa Engineering).
• Total Well Management Software for Echometer.
•  Petrel (basic knowledge)
•  Eclipse.
•  Pipesim.
•  Field Planning Tool.
•  IPM (Porsper)

Kami memberikan alternatif Fasilitas atas Investasi anda dalam Program ini, diantaranya :

1. Sertifikat, Peralatan Training, USB, Souvenir, Lunch, Coffe Break, City Tour
2. Running minimal 2 Orang (Semarang, Jogja, Solo), Running minimal 3 Orang (Bandung, Jakarta), Running 4 Orang diperuntukan untuk daerah (Bali, Lombok, Manado, Balikpapan)
3. Kami menyediakan transportasi antar Jemput dari Stasiun/Bandara ke Tempat Pelatihan(Hotel) bagi perusahaan yang Running minim 2 Orang
4. Harga dilampirkan di Brosur Penawaran

Untuk daerah luar Kota Yogyakarta Harga Menyesuaikan.

Hotel Pilihan (Sementara) Bisa Menyesuaikan sesuai Kesepakatan.

1. Hotel Ibis Malioboro, Yogyakarta
2. Hotel Ibis, Solo
3. Hotel Ibis Simpang Lima Semarang
4. Hotel Fave, Balikpapan
5. The Santosa Villa and Resort, Lombok
6. Hotel Nagoya Plaza, Batam
7. Hotel Gino Ferruci, Bandung
8. Hotel Fave Pasar baru Jakarta, Jakarta
9. Hotel Santika Kuta, Bali
10. Hotel Aston, Manado
11. Hotel Santika Pandegiling, Surabaya

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Tambahan Informasi :

1. Silahkan tanyakan ketersediaan Tanggal dan Waktu dari jadwal training terbaru apabila anda tidak menemukan waktu yang sesuai dengan jadwal anda.

2. Training dapat disesuaikan dengan kebutuhan perusahaan jika dalam bentuk In-House Training. Silahkan baca ketentuan In-House Training diwebsite kami atau hubungi kami di Nomer Mobile untuk mendapatkan Fast Respon.

3. Silahkan mengisi Form Request Training di website kami untuk mendapatkan informasi tambahan yang belum ada, atau jika anda ingin menanyakan usulan materi sesuai kebutuhan perusahaan. Hubungi kami lewat email yang tertera atau Register disini!

4. Apabila telah menerima Silabus Training, Customer dapat Request Waktu Training yang diinginkan.

5. Informasi dan Data yang jelas akan memudahkan kami untuk segera merespon permintaan anda.

Customer Dapat Request Tempat, Waktu, serta Fasilitas Training. Silahkan Hubungi kami untuk Menerima Brosur Penawaran.