Training Well Injection Production and Reservoir Synergetic System For Steam Flood Processes

LATAR BELAKANG :

Setelah menyelesaikan Training Well Injection Production and Reservoir  ini diharapkan peserta dapat :

• Memahami prinsip-prinsip dasar peningkatan perolehan reservoir minyak bumi dengan mempergunakan metode EOR dan terutama sekali dengan metoda steam injection, termasuk uraian tentang model geologi dan reservoirnya.
• Melakukan perhitungan-perhitungan sederhana untuk optimisasi dan penentuan kinerja produksi sumur-sumur minyak bumi yang mengalami steam injection.
• Mengenal baik peralatan produksi di atas (surface) maupun di bawah (downhole) permukaan untuk pelaksanaan steamflood di lapangan.
• Membuat analisis sederhana terhadap data sumuran minyak yang mendapat injeksi uap, kemudian meramalkan kinerja produksi akibat operasi steam flood.
• Melakukan perhitungan-perhitungan kuantitatif sederhana untuk perancangan proyek steam flood beserta analisis keekonomiannya.
• Mempergunakan pengetahuan tentang reservoir management dan pengenalan teknologi mutakhir tentang steamflood, untuk keperluan peningkatan perolehan produksi minyak bumi.

PRE-REQUISITE 

MATERI TRAINING

Introduction

• Introduction to EOR
• EOR Production
• EOR Concept
• Screening Criteria
• Thermal EOR
• Chemical EOR
• Miscible EOR

Steam Injection Processes

• Cyclic Steam Injection
• Continuous Steam Injection

Thermal Properties of Fluids and Solids

• Thermal Properties
• Temperature Effect on Fluid and Rock Properties
• Thermodynamic Properties of Steam
• Laboratory Analysis

Reservoir Geology and Thermal EOR

• Geology Elements Affecting Steam flood Performance
• Defining Effective Reservoir
• Importance of Depositional Environment
• Displaying The Geologic Model
• Relationship Between Geologic and Simulation Models
• Summary of Geologic Elements in Steam Flooding

Surface Equipment and Operations

• Steam Generation and Distribution
• Oil/Gas Gathering and Treatment
• Water Reclamation and Softening Plant

Downhole Equipment and Operations

• Well Completion
• Remedial Well Work
• Well Stimulation
• Profile Modification

Performance Prediction

• Steam Metering and Heat Loss Calculation
• Prediction of Cyclic Steam Performance
• Prediction of Steam flood Performance
• Fieldwide Forecast

Project Design and Evaluation

• Steam flood Development Strategy
• Evaluation and Screening of Candidates
• Design Consideration
• Project Modification

Steam flood Reservoir Management

• Introduction to Steam flood Reservoir Management
• Steam flood Design and Implementation
• Injection Well Monitoring and Surveillance
• Production Well Monitoring and Surveillance
• Casing Vapor Collection System Monitoring and Surveillance
• Observation Well Monitoring and Surveillance
• Core Wells
• Cross well Tomography
• Data Management, Elevation and Interpretation
• Simulation Models as Reservoir Management Tools
• Project Modification

Recent Advance s and Ongoing Developments in Steam flood Technology

• Steam Generation and Distribution
• Subsurface Equipment and Methods
• Process Improvements
• Reservoir Description
• Performance Prediction
• Future Technology Needs

JAN.

HARGA

29-31

8.500.000