Concepts and Mechanisms of Enhanced Oil Recovery (EOR) Processes
Manfaat Training:
- Explain the basic mechanism and need for EOR methods and the technical basis for characterization of oil reservoirs and identifying possible candidates for various EOR methods.
- Identify key parameters, data sources and required measurements for design of EOR methods.
- Provide familiarity with key geologic, reservoir and operational definitions related to oil recovery processes specially enhanced oil recovery (EOR) methods.
- Provide basis for guidelines and engineering judgment in selecting appropriate EOR methods.
Materi :
- Introduction
- Overview of EOR processes
- Oil recovery phases and definition of oil recovery factors
- Units and conversion factors
- EOR Mechanisms and Screening Guidelines
- Fluid trapping in reservoir rocks
- Parameters that affect oil recovery
- EOR screening and evaluation guidelines
- Displacement efficiency in immiscible floods
- Displacement efficiency in miscible floods
- Areal sweep efficiency
- Vertical sweep efficiency
- Phase Behavior of Hydrocarbons
- Pressure-temperature diagrams
- Ternary equilibrium diagrams
- First contact miscibility
- Condensing and vaporizing gas drive miscibility
- Phase behavior experiments
- Selecting pseudo components
- Steam Injection Processes
- Thermodynamic properties of steam
- Surface heat loss
- Wellbore heat loss
- Vertical heat loss in reservoirs
- Thermal properties of reservoir rocks
- Phase splitting in steam distribution system
- Steam quality measurements
- Casing vapor collection system
- Injection profiles and steamflood optimization
- Optimum flood patterns and vertical stages
- Conversion from stem to water injection
- Prediction of steamflood performance
- Steam generation and co-generation of steam and electricity
- Mechanisms of cyclic steam stimulation
- Steamflood mechanisms
- Miscible Floods
- Miscible slug processes
- Water-alternating gas (WAG) processes
- Comparison of solvents
- Designing a miscible flood
- Estimating oil recovery factors
- Chemical Floods
- Polymer characteristics
- Comparison of polymers
- Viscosity of polymer solutions Type and required amount of polymer
- Surfactant characteristics and phase behavior of surfactant-oil-water systems
- Optimal salinity and capillary de-saturation curves
- Surfactant retention in reservoir rocks
- Inaccessible pore volume
- Permeability reduction and visco-elastic effects
- Polymer degradation and retention in reservoir rocks
- Thin film spreading agents
- Type and required amount of surfactant
- Alkaline characteristics
- Effect of chemicals on fractional flow
- Estimating oil recovery factor for chemical floods
- EOR field cases
- Miscible flood case
- Chemical flood cases
- Cyclic steam stimulation case
- Steamflood cases
Target Peserta :
- Pihak – Pihak Terkait
Pembicara / Fasilitator :
- Tim Trainer Johnson Indonesia
Tanggal Pelaksanaan :
Tahun 2025 :
16-17 Januari 2025 19-20 Februari 2025 17-18 Maret 2025 16-17 April 2025 15-16 Mei 2025 16-17 Juni 2025 |
15-16 Juli 2025 14-15 Agustus 2025 16-17 September 2025 16-17 Oktober 2025 17-18 November 2025 17-18 Desember 2025 |
Jam Pelaksanaan:
- Offline Training: 2 hari / jam 09.00-16.00 WIB
Metode Training :
- Public Offline Training (Di Hotel – Minimal 5 participant Fix Running)
Lokasi training : salah satu hotel bintang 4 di area setempat. - Terselenggara Secara Inhouse Training
Catatan : “Jika perusahaan membutuhkan paket in-house training, bisa langsung hubungi admin kami . Biaya pelatihan akan disesuaikan dengan jumlah peserta dan dibuat perhitungan harga berjenjang sesuai kebutuhan”
Inc : Seminar Kit, Certificate, Lunch, Snack, Souvenir
INFORMASI
Registrasi, hubungi :
Johnson Indonesia – Training Center
Nur/ Komariah/ Nisa /Dinda/Fanni
Telp. (021) 54391216, Hp: 0815 972 5020
E-mail:
Website:
https://www.seminarjohnson.com
DOWNLOAD BROSUR
FORM REGISTRASI
INFORMASI
Registrasi, hubungi :
Johnson Indonesia – Training Center
Nur/ Komariah/ Ria /Nisa /Dinda/Fanni
Telp. (021) 54391216, Hp: 0815 972 5020, HP: 082312462517 Nur Lela
E-mail:
Website:
https://www.seminarjohnson.com
DOWNLOAD BROSUR
FORM REGISTRASI