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Categories
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Technical / Mechanical Category:
Boiler & Steam Generation Systems
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Program Duration |
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5 Days |
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Program Date |
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04-08 February, 2012 |
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Program Location |
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Cairo, Egypt |
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Program Fees |
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US$ 3200/Per Person |
PROGRAM
INTRODUCTION:
- This course
covers both the history of combustion and the theory of boiler
control.
- This includes
the associated safeguarding system and operational procedures to
ensure safety of equipment and personnel.
PROGRAM OBJECTIVES:
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This program reviews the various sections of the MSDS
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What information can be found in each section and most importantly,
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How this information can help employees as they go about their work
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This program discusses when and why these hoods are used, as well as
how to operate and maintain them
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This program shows how contamination occurs and reviews the steps
that can be taken to prevent its spread
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Types of glassware used in the laboratory
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configuring of glassware systems
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making proper connections
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handling techniques and cleaning/decontamination are all covered in
this program
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This program covers when and how employees should act in an
emergency to prevent injury, property damage or even loss of life
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Positioning cylinders properly, storage "incompatibilities",
fittings/connections and more are covered in this program
WHO SHOULD ATTEND?
The course is for;
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Operators from
junior level to supervisors who require an understanding of
combustion and control systems as part of their duties in a large
petroleum plant such as a refinery.
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It would also be
of use to those concerned with boiler maintenance such as mechanical
and instrument technicians
PROGRAM OUTLINES:
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Heat Exchanger
Theory and Operation
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Heat Transfer
Media
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Boiler Feed water
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The Formation of
Steam
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The use of Steam
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Basic design of
Steam Boilers
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Boiler
Auxiliaries
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Process Steam
Distribution
Types of Boilers
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Fire Tube
Boilers
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Cornices and
Lancashire
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The Economic
Boiler
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Oil/ Gas Fired
Boilers
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Electrical
Boilers
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Immersion
Element Boilers
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Electrode
Boiler
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Water Tube
Boilers
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Low Water
Content Coil Boilers
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Super heaters
Types of Burners
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Oil and Gas
Burners
o
Pressure Jet
Atomizers
o
Two Fluid
Atomizers
o
Spinning Cup
or Rotary Atomizers
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Emulsifying
Atomizers
o
Steam or
Assisted Pressure Jets
o
Coal Burners
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Boilers Ancillary
Plant
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Safety Valves
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High and Low
Alarms
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Water Gauges
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Blow down Systems
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Automatic Blow
down
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Scot Blowers
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Pressurization
Systems
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Avoiding
Corrosion in Boilers
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Combustion Theory
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Types of Control
System used for Fuel efficient Systems
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Control of
Emissions
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Control of
Oxygen, Carbon monoxide and Carbon Dioxide Emissions
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Types of Boiler
Control Systems
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Overcoming the
Reverse Process Reaction Curve
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A cascade Control
System
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Fuel Control
System for a Boiler
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A Ratio Control
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Air Fuel Ratio
Control
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Minimum Fuel Flow
Limitations
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A Mechanical
Minimum Stop
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Burner Control
for a System with a Mechanical Minimum Stop
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Pneumatic Minimum
Stop
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Minimum Stop
Adjustment
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Other Types of
Burner
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Non-return
Pressure Atomized Burner
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Steam Atomized
Burners
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Fuel Gas Burners
Boiler Control
System
o
Fuel Leading
Control System
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Compensating
for Fuel Gas Density Variations
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Basic fired
Equipment Safety Demand
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Matching the
Fuel and air Proportions
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The Airflow
Controller
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Protecting
Against Boiler Drum Excessive Fuel Usage
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Boiler Drum
Level Control
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Boiler Drum
Pressure Control
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Steam
Temperature Control
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Prevention of
Unsafe Situations
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Practical
Control Systems
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Test
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Certificate
Issue
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