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Steam System Specialist Level Three Training
Overview: Steam Generation/Boilers/Turbines
Overview: Level 1
Overview: Level 2
Overview: Level 3
Two Day Steam System Training
Tap Your Steam System
 

Past Attendees have been:

Mechanical Engineers
Consulting Engineers
Project Managers
Millwrights
Utilities Maintenance Engineers

Maintenance Supervisors
Pipe Fitters
Manufacturers Product Developers

Design Engineers
Production Supervisors
Independent Plant Testing Personnel
Manufacturers Representative Firms

People from all aspects of industry come to the workshop to learn about the perfect vapor (STEAM).

 

Steam System Specialist Level III Training is an exciting three (3) day course. Steam System Training Level III is for the individuals who have passed Steam System Level I and Steam System Level II training. Additionally, the class may be available to individuals who possess advanced steam system knowledge and want to take the next step to enhance their steam system skills.

Steam System Specialist Level III course content focuses specifically on steam generation equipment and associated components. The steam teams will be designing a boiler plant including accessory components (turbines, deaerator, etc.). The steam teams will review bids from various vendors offering to supply the boiler plant equipment.

This program is a tremendous learning experience and is essential for anyone involved in the design or procurement process of steam boilers or associated components.

As with each of the courses, the unique Steam Team Training Concept TM (STTC) is used during the class. The attendees work in teams of two or three. The team concept has been proven to enhance the experience by permitting a more conducive learning environment.

During the program, our instructors will teach and illustrate true steam system principals, independent of specific products or manufacturers. The teams will use and reference AutoCAD prints of an actual steam system operation while completing tasks to practice and demonstrate the acquired knowledge. This insures maximized comprehension of the training course.

The Steam Team Training Concept TM (STTC) is used to insure maximized comprehension of the training material.

 

The Complete Steam System Level Three Workshop Outline 
  • Steam Boilers and Generators
    • Overview
    • Types
      • Firetube
      • Watertube
      • Coil and tubeles
  • Major components
    1. Heat exchanger
      • Review B&W Book
      • Review Prints
      • Review CB Book
  • Fuel Delivery Components
    1. Burners
    2. Solid fuels
    3. Etc.
  • Burner Management Systems
    1. Types
    2. Components
    3. Prints
  • Combustion control
    1. Types
    2. Components
    3. Prints
  • Fuels
    1. Types
    2. Cost comparisons
    3. Selection
  • Efficiency Measurements
    1. Combustion
      • Oxygen
      • Carbon monoxide
    1. Opacity
    2. Thermal imaging
    3. Flame profiling
    4. Thermal
      • Fuel to steam
  • Establishing fuel air ratio curves
  • True Cost of Steam
    1. Calculations
    2. Examples
  • Correct Startup and Shut Down Procedures for Steam System and Steam Boilers and Generators
    • How to write the SOP’s (Standard Operating Procedures)
    • How to implement
  • Heat Recovery
    • Economizer
      • Cost and payback
      • Applications
    • Air heater
      • Cost and payback
      • Applications
    • Full condensing technology
  • Steam Turbines
    • Types
    • Condensing / non-condensing
    • Applications
    • Electrical generation
  • Deaerators
    • Types and design
    • Low and high pressure operation
    • Benefits
    • Justification
    • Operation
    • Testing procedures
  • High Pressure Condensate Systems
    1. Overview
    2. Design
    3. Operation
  • Design a Steam System with emphasis on the Generating Plant System Design
    • Bid process
    • Product evaluation
    • Outline specifications for products
    • Reviewing pricing and project bids
    • Round table discussion with the suppliers
  • Testing Equipment
    • Combustion analyzers
    • Carbon monoxide analyzers
    • Non destructive devices
    • Practices and procedures
    • Results and documentation
  • Feed and Condensate Pumps
    • Types and design
    • Selection process
  • Valves found in Steam Generating
    • Types: Pressure regulation, Control,
      Temperature regulation
    • Selection (type, CV, trim designs, sizing)
  • Steam Accumulators
    1. Sizing
    2. Applications
  • Metering
    • Selection
    • Installation
    • Types
  • Chemical Treatment
    • Testing procedures
    • Additives
  • Water preparation equipment
    • Softeners
    • RO systems
    • Etc.
  • Boiler Codes
    • What are the codes and where do they apply.
  • Guide to Low-Emissions