انشرها لتعم الافادة رجاااء جذاكم الله خيرا واثابكم باذن الله
Components:
1.Steam Generation & Boilers Operations
2.Utilities Unit
3.Chemical Treatment in Oil & Gas Field
4.Water Treatment Chemicals
5.Corrosion & Corrosion Control
6.HAZOP level II
1. Steam Generation & Boilers Operations
Course Outcome
Upon successful completion of the course the candidate will be familiar with:
Boiler and Steam Generators
Technologies involved
Control and Safety systems
(5 Days)
Course contents:
Day 1
•Introduction
•Heat Exchanger Theory and Operation
•Heat Transfer Media
•Boiler Feed water
•The Formation of Steam
•The use of Steam
•Basic design of Steam Boilers
•Boiler Auxiliaries
•Process Steam Distribution
Day 2
Types of Boilers
•Fire Tube Boilers
•Cornices and Lancashire
•The Economic Boiler
•Oil/ Gas Fired Boilers
•Electrical Boilers
•Immersion Element Boilers
•Electrode Boiler
•Water Tube Boilers
•Low Water Content Coil Boilers
•Super heaters
Types of Burners
•Oil and Gas Burners
•Pressure Jet Atomizers
•Two Fluid Atomizers
•Spinning Cup or Rotary Atomizers
•Emulsifying Atomizers
•Steam or Assisted Pressure Jets
•Coal Burners
Day 3
•Boilers Ancillary Plant
•Safety Valves
•High and Low Alarms
•Water Gauges
•Blow down Systems
•Automatic Blow down
•Scot Blowers
•Pressurization Systems
•Avoiding Corrosion in Boilers
•Combustion Theory
•Types of Control System used for Fuel efficient Systems
•Control of Emissions
•Control of Oxygen, Carbon monoxide and Carbon Dioxide Emissions
Day 4
•Types of Boiler Control Systems
•Overcoming the Reverse Process Reaction Curve
•A cascade Control System
•Fuel Control System for a Boiler
•A Ratio Control
•Air Fuel Ratio Control
•Minimum Fuel Flow Limitations
•A Mechanical Minimum Stop
•Burner Control for a System with a Mechanical Minimum Stop
•Pneumatic Minimum Stop
•Minimum Stop Adjustment
•Other Types of Burner
•Non-return Pressure Atomized Burner
•Steam Atomized Burners
•Fuel Gas Burners
Day 5
Boiler Control System
•Fuel Leading Control System
•Compensating for Fuel Gas Density Variations
•Basic fired Equipment Safety Demand
•Matching the Fuel and air Proportions
•The Airflow Controller
•Protecting Against Boiler Drum Excessive Fuel Usage
•Boiler Drum Level Control
•Boiler Drum Pressure Control
•Steam Temperature Control
Safeguarding Systems
•Prevention of Unsafe Situations
•Practical Control Systems
•Test
•Certificate Issue
2. Utilities unit
Course objectives:
After course completion, participant will be able to understand commissioning, startup, tests & Operation of main utility unities such as:
1.Plant & instrumentation systems
2.Caustic supply system
3.Boiler feed water and condensate
4.Cooling water system & effluent treatment system
(5 Days)
Course contents:
•Nitrogen system; water system
•Fire water system; steam
•Boiler feed water and condensate
•Cooling water system & cooling water towers
•Flare system; fuel gas system
•Nitrogen and instrument air process field overview
•Process flow diagram
•Process fired boilers startup & shutdown procedures
•Air driers Operation
•Caustic supply system & effluent treatment system
•Safely equipment isolation
•Steam Turbines
•Maintenance equipment handover
3. Chemical Treatment In Oil & Gas Field & LIMS Analysis
Course objectives:
1.This course is designed to create the foundation for understanding the common principles of chemical treatment programs applied in the oil & gas fields, the associated engineering, Criteria for selection, monitoring and control techniques in general.
2.To understand the common principles of LIMS.
(5 Days)
Course contents:
•Demulsifiers
•Hydrate inhibitors
•Corrosion inhibitors
•Oxygen scavengers
•Biocides
•Scale inhibitors
•Pour-point depressants and flow improvers
•Discussion on the application of the different treatment programs and actual case studies
•The aspects of LIMS
•Efficiency of personnel
•Controlling activities including procedures
4. Water Treatment Chemicals
Course objectives:
This course provide in depth coverage of the different purposes for using water treatment chemicals as well as the different monitoring and chemical injection systems.
(5 Days)
Course contents:
•Different sources of water and physical properties of water
•Water analysis techniques
•Purposes for chemicals treatment of water
•Data collection for problem identification
•Produced water sampling, analysis and characterization
•Selection and testing of chemicals
•Injection water sampling, analysis and characterization
•Chemical treatment / injection techniques
•Monitoring of the efficiency of chemical treatment and optimization of chemical usage
5. Corrosion & Corrosion Control
Course objectives:
This course is designed to create the foundation for corrosion engineering and to explain the common corrosion & corrosion control principles used in oil & gas fields and other industries.
(5 Days)
Course contents:
•Basics of corrosion
•Metallurgy and materials
•Corrosion forms
•High temperature corrosion
•Corrosion inhibitors
•Cathodic protection
•Coatings
•Corrosion monitoring
•Application & case studies
6. HAZOP - level II
Course objectives:
To learn the tips, tricks & secrets that analysts use to conduct efficient HAZOP.
To gain an interview of the safety integrity level (SIL) determination & the recognition of the layer of protections and protective safety system.
(3 Days)
Course contents:
•Methods of risks ranking
•Process control vs. safety control
•Prescriptive protection practices
•Level of protection analysis LOPA
•Advanced HAZOP applications
•Safety integrity level (SIL) determination
•Mitigation of human error
•HAZOP practicing leadership workshop
designed by Oil & Gas sector experienced engineers
total courses duration is: 6 weeks
fees: 1750 LE for total Diploma & 400 for every course
for 5 courses only 1600 LE instead of 1750 LE
take the chance & book now
for inquiries & reservation please contact Mr Mostafa Bakkar
Em@il: mostafa.elgazzar@yahoo.com
Cell: 01224442878
via منتديات ترانيم الأمل http://www.tran33m.org/vb/t174548.html
ليست هناك تعليقات:
إرسال تعليق