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Ten Action Points (TAP)for a Steam System

> Course Fee: $380.00 per Attendee. Fee covers textbooks, training course materials, continental breakfast, lunch and refreshments.

> Fax or mail your completed registration form to the attention of your localauthorized Swagelok Sales and Service representative.additional TAP program details. See reverse side for

> Cancellation Policy: If you cannot attend the course, you may send a substi-

Level I

> Fundamentals of Steam

> Cost of Steam> Flash Steam

> Steam Traps> Waterhammer

SYSTEM TRAININGTAP YOUR STEAM Swagelok Energy Advisors, Inc.

Requests for refund of payments will be honored if such requests are rec-eived 30 days prior to the scheduled training date. No refunds will be provided if the request is received less than 30 days prior to the scheduled training.

TAP Your Steam System TrainingTen Action Points (TAP) for a Steam SystemLevel 1

TAP Your Steam System Training Program TAP, the Ten Action Points Of A Steam System, is an exciting one (1) day training course in which attendees work in a team environment to accomplish a host of steam systems related energy related tasks. These specialized steam system training programs are designed for facility managers, plant engineers, plant supervisors, and individuals looking for more knowledge of steam systems and interested in saving money, energy and increasing steam system reliability.

Course Fee: $ 380.00 per Attendee. Fee covers textbooks, training course materials, continental breakfast, lunch and refreshments. For more information, please contact: your local authorized Swagelok Sales and Service representative.

PROGRAM OUTLINETen Action Points (TAP) in a steam system training program will teach you how to increase production output, increase your pplant safety, and reduce energy cost without capital expenditures.

technical knowledge and down-to earth style of lecturing have helped program attendees

topics of steam system design and operation.

audits and training session in the United States and throughout the world. He has 32 years of experience in steam, condensate systems and power systems and provides a "real-world" grasp of trouble-shooting for the steam system. Kelly is very active with the US Department of Energy's (DOE) Steam Best Practices Committee and many other organi-zation that are trying to increase steam system end user knowledge.

Jacob Breaux is a Field Engineer with Swagelok Energy Advisors. Before joining Swagelok, he was a mechanical engineer for ExxonMobil and supported the o�shore oil and gas facilities from a process instrumentation and systems standpoint. Since joining Swagelok in 2003, he has supported the release of various products aimed at the Process and Anal-ytical Instrumentation markets. Working under the direction of Mr. Pa�el, he has recently conducted training on steam and condensate system design and operation. In addition to providing training, Jacob has performed steam system audits and served as project manager for new steam system installations.

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1. Steam Fundamentals Understanding the vapor Types of energy in steam Steam Quality Superheat

2. Steam Tables Understanding the tables How to calculate Btu usage

3. Know Your Steam Cost How to calculate your steam cost Loaded vs. unloaded Factors that a�ect steam cost

4. Flash Steam What is �ash steam How does it occur What is the quantity What is the energy loss

5. Recovery of Flash Steam Modulating vs. Non-Modulating Systems Flash Tank Applications Vent Condensers

6. Valves Types used in steam systems, including Control and Regulating valves Selection process Understanding Cv

7. Valve Installation Best Practices Testing

8. Steam Traps Types Selection How to properly size How to calculate steam loss Importance of Test Management Program

9. Steam Trap Testing Methods Procedures

10. Waterhammer “It’s never normal” Causes Solutions