TRAINING PRACTICAL ASPECT OF ARTIFIAL LIFT METHODS FOR PETROLEUM PRODUCTION SYSTEM

Training Aspek Praktis Dari Metode Lift Artificial Untuk Sistem Produksi Petroleum

Training Sistem Produksi Dengan Pengangkatan Buatan Oleh Gas Lift

SASARAN TRAINING :

Setelah menyelesaikan kursus ini diharapkan peserta dapat:
* Memahami prinsip-prinsip dasar perhitungan reservoir minyak bumi yang berhubungan dengan penggunaan gas-lift, sucker-rod, electric submersible, hydraulic dan jet pump.
* Melakukan diagnosis sederhana dan memengerti pengelolaan data sumuran minyak yang diproduksi dengan, gas lift, sucker rod pumping, electric submersible, hydraulic dan jet pump.
* Membuat analisis sederhana terhadap data sumuran minyak, melakukan perhitungan-perhitungan kinerja sumuran sebagai hasil dari pemompaan dengan berbagai metoda sesuai dengan keadaan reservoirnya.
* Melakukan perhitungan-perhitungan kuantitatip sederhana dan melakukan optimisasi produksi untuk sumuran minyak yang diproduksi dengan gas lift, sucker rod pumping, electric submersible, hydraulic dan jet pump sesuai dengan batasan operasinya.

PRE-REQUISITE :
* Latar belakang  : Operator/Sr. Operator/ Jr.Engineer/Engineer

CAKUPAN MATERI TRAINING PRACTICAL ASPECT OF ARTIFIAL LIFT METHODS FOR PETROLEUM PRODUCTION SYSTEM

1. SISTEM PRODUKSI LAPANGAN MINYAK BUMI
1. Sistem Produksi Alamiah
2. Sistem Produksi Dengan Pengangkatan Buatan
2. GAS LIFT
1. Pendahuluan
2. Gas Lift Continu dan Intermittent
3. Komponen Alat Utama Gas Lift
4. IPR dan Perancangan Gas Lift
5. Optimisasii dan Alokasi Gas untuk Gaslift
6. Sistem Produksi Dengan Pengangkatan Buatan oleh Gas Lift
3. SUCKER ROD PUMP
1. Pendahuluan
2. Pump Intake Curve
3. Optimisasi Produksi
4. Rancangan Sucker Rod Pump API RP11L
5. Komponen Alat Utama
6. Faktor-faktor yang mempengaruhi gerakan rod
7. Perencanaan pompa
8. Dynagraph & Dynamometer
4. PCV (PROGRESSIVE CAVITY PUMP)
1. Pendahuluan
2. Deskripsi Peralatan
3. Elastomer
4. Perancangan
5. ELECTRIC SUBMERSIBLE PUMP
1. Pendahuluan
2. Dasar-dasar perhitungan ESP
3. Konstruksi ESP
4. Karakteristik pompa SRP
5. Cara Memilih jenis pompa
6. Aplikasi di Lapangan
6. POMPA HIDRAULIK
1. Alat-alat permukaan
2. Jenis-jenis unit pompa
3. Jenis-jenis unit pompa
4. Ukuran pompa
5. Langkah-langkah pada pemilihan pompa hidraulik
7. POMPA JET
1. Pendahuluan
2. Persoalan gas
3. Ukuran Nozzle dan throat
4. Langkah-langkah pada perhitungan Jet pump
5. Grafik Kelakuan pompa
6. Menggunakan program mesin hitung
7. Hasil lapangan

INSTRUKTUR :

Ir. Sudiharto, MT. and Team

Ir. Sudiharto, MT,  is alumnus from Bandung Institute of Technology (ITB) department of petroleum engineering. Ir. Sudiharto besides as instructor and researcher at Geothermal Laboratory ITB, he is also being as Production Engineer at LAPI ITB, Production & Reservoir Analist and  expert board (Dewan Pakar) at Forum Komunikasi Daerah Penghasil Migas, and joining in Community Development Team Dirjen Migas since 2003.

Some projects have been handled by him such as policy analysis expert on oil and gas subsector, oil and gas production expert, and field economicity such as: projection study investation potency energy and mineral resources, implementation study national energy consumtion, study on field use of Brownfield in Indonesia, inventarization research of old well potential in regency of Muaro Jambi,  blueprint arrangement manpower on oil and gas subsector, development operation cost estimation system oil and gas: geological and geophysical stage, study of combustion flare gas at PERTAMINA DOH Jawa Bagian Barat, survey and development of GIS based datas for planning and distribution BBM  and transportation gas through pipe, study on planning of Indonesia – Asean pipeline system, etc. Ir. Sudiharto have trained for training class for many companies in Indonesia. Some topics that have been frequently delivered by him as follows :
1. Electric Submercible Pump, Problem and Trouble Shooting Mecanism
2. Crude Oil Analysis
3. Drilling, Production and Workover Strategy
4. Well Workover and Completion Stretegy
5. Petroleum Finance, Acconting and Reservoir Management
6. Plan of Development in Oil and Gas Industries
7. Pressure Control for Drilling Engineer
8. Plan of Development (POD) & Authorization For Expenditures (AFE)
9. Management Skills Secretary Petroleum Gas and Oil Industries
10. Pressure Transient Analysis and Well Testing Data Interpretation
11. Oil Production System and Operation
12. Formation Damaged and Well Stimulation
13. Simulasi Reservoir for Petroleum Engineer
14. Oil and gas transportation/measurement, etc