Training Advanced Steam Injection Processes

WHO SHOULD ATTEND

This course is designed for Petroleum Production and Reservoir Engineers and their supervisors; Chemical Engineers Associated with crude oil production in areas of high viscosity. Technical field personnel and services companies representatives to obtain or increase the understanding of the overall concepts and principles of Steam Injection Processes.

COURSE OBJECTIVES

Objectives of this course:

Review and practice of Steam Injection processes.
Use and practice of Steam Thermal tables to calculate the injected energy in a steam injection well.
Steamflood Temperature and Saturation Profiles
Steam Injection Mechanisms
Cycle Steam Injection Processes
Criteria for evaluating Steam Injection Prospects
Estimated Heat Loss as function of depth
Steam Injection Project Planning
Economic of steam injection
Water Treatment for Steam Generation/Water Chemistry
Oilfield Steam Generator Water Quality Requirements
Steam Generation
Surface Steam Quality Measurement Concept and Methods
Thermal well Completion Practices
Thermal Cementing Practices

CONTENTS

PART 1

Fundamental of Steam Injection Processes

Basic of Steam Injection
Steam Quality
Steam Injection Process
Steam Injection Process Mechanisms
Steam Distillation
Gas Stripping
In situ Solvent Drive
Viscosity reduction
Thermal Expansion
Solution Gas Drive
Gravity Segregation
Emulsion Drive
Cycle Steam Injection
Process Description
Mechanisms of Cycle Steam Process
References

PART 2

Criteria for Evaluating Steam Injection Prospects

Introduction
Rock and Fluid Properties
Pay Zone Thickness
Depth and Reservoir Pressure
Permeability and Transmissibility
Stratification
Anisotropy
Gas Cap or Aquifer
Dip Angle
Porosity
Oil Saturation
Clay Content
Crude Oil Characteristics
Gravity
Viscosity
Field History and Status
References

PART 3

Project Planning

Introduction
Reservoir Selection
Depth
Oil in Place
Reservoir Segregation and in-homogeneities
Preliminary Evaluation
Laboratory Analysis
Comprehensive Investigation
Comprehensive Performance Investigation
Comparison with Conventional Practices
Pilot Test
Summary
References

PART 4

Economic Of Steam Injection

Introduction
Economic Factors in steam Injection Operation
Estimation of Economically recoverable Oil
Stream Injection Project cost
Cost Estimate
Development Cost
Well Cost
Water Treatment
Summary
References

PART 5

Water Treatment for Steam Generation

Water for Steam Generation
Water Treatment Consideration
Total Hardness
Alkalinity
Oxygen
Sulfides
Total Dissolved solids
Total Suspended Solids
Iron
Oil
Silica
pH
Ion Exchange Unit Operation Problems
Resins stability
Varying Water Quality
Poor Operational Practices
Mechanical Problems
Ion Exchange Calculations
Hardness monitoring
Source Water Properties and Problems of a Water system
Summary
General References

PART 6

Steam Generation

General features of Oil Field Steam Generators
Generator Selection
Design Requirements for Oilfield Steam Generators
Steam Gen0erator Components
- Feed Water System
- Feed Water Pre-heater
- Fuel System
- Combustion Air System
- Convection Section
- Radiant section
Steam Generator Control
Process Description
Fuel System
Combustion Air System
Steam Generator Specifications
Fuel for Oil Field Generators
Natural Gas
Steam Generator operation and Problems
Tube failure
Other operation problems
Steam Generator Maintenance
Steam Generator Efficiency Calculations
Down Hole Steam Generator
Summary
References

PART 7

Steam Distribution

Introduction
Components of a steam distribution network
Main Steam Headers
Steam Flow rates and Pressure Drops
Expansion of Steam lines
Expansion of steam headers
Wellhead connections
Support of Steam Lines
Insulation and heat loss
Effect of branching on Steam Quality
Wellhead Equipment
Summary
References

PART 8

Steam Quality

Introduction
Surface Steam Quality Measurement
Separator Method
Orifice Metering Method
Total Dissolved Method
Electric Conductivity Method
Enthalpy Determination Method
Neutron Densitometer Steam Quality Measurement System
Summary
References

PART 9

Thermal Well Completion Practices

Introduction
Temperature effects on Casings and Tubings
Thermal Well Casing design
Tubing Strings Consideration
Thermal Well Completion
Cementing
Perforating
Openhole Gravel Packs
Consolidated packs
Suggested Steam Injection and Production well drilling and completion Procedures
DownHole Equipment
Packer Installation
Seal Systems
Summary
References

INTENDED FOR

This course is designed for Petroleum Production and Reservoir Engineers and their supervisors; Chemical Engineers Associated with crude oil production in areas of high viscosity.

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

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

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Training Advanced Steam Injection Processes