By the end of this course you will be able to:
- Understand basic mechanics of water hammer
- Identify conditions under which water hammer may occur
- Apply preventative solutions for water hammer
Bundle: Healthcare Courses
At the end of this course you will be able to:
- Identify types of equipment found in typical systems
- Use a common vocabulary and nomenclature for steam and condensate components
Objectives:
- List the most common problems in steam distribution systems and their symptoms
- Identify and recommend possible solutions to problems
- Suggest where to obtain additional information for problems and solutions
- Review best practices
In this course you will:
- Learn about typical heater efficiencies
- Discover various methods of capturing waste heat to pre-heat hot water
- Look at system efficiencies versus equipment returns on investment
In this course, you will:
- Discover the reasons for steam trap testing and the economics of energy savings associated with repair or replacement of failed steam traps.
- Learn how to test the most common types of steam traps.
- Learn the recommended frequency for steam trap testing.
In this course, we will:
- Explore the sterilization process for sterile environments
- Understand steam quality issues
- Learn how to troubleshoot sterilization applications
- Review best practices for installation
By the end of this course, you will:
- Learn the purpose of steam traps
- Explore steam trap types
- Learn how to size and select steam traps
- Identify typical maintenance and preventive measures
In this course you will:
- Recognize the features and benefits of both the mobile and desktop interfaces of SAGE®
- Understand the interface between SAGE® and SAGE® UMT
- Understand SAGE® UMT functionality and how to use the SAGE® UMT
In this course we will:
- Understand the basic concepts of steam quality and steam Dryness Fraction
- Measure steam Dryness Fraction
- Understand the root causes of poor steam Dryness Fraction
- Understand how air & non-condensable gases affect steam quality
- Understand the effects of poor steam quality on steam system efficiency
In this course you will learn about:
- Steam and identify what steam is
- How the energy of steam is used
- Identifying the many properties of steam
By the end of this course, you will:
- Understand Smart Solutions and industry applications
- Learn how Smart Solutions can help identify system issues and reduce energy costs
- Learn about the basics of wireless technology
- Understand the value of Steam Asset Management
In this course, you will:
- Learn the importance of steam user quality
- Identify key performance indicators
- Discuss best practices for steam users
- Identify equipment maintenance and routine checks
- Discuss key attributes of standard operating procedures
In this course, you will learn about:
- Pressure and temperature control theory
- Types of PRVs
- How PRVs operate
- PRV noise issues
- PRV sizing basics
In this course you will:
- Learn the importance of water quality checks
- Explore piping issues, repairs, and installations
- Identify pumps and other equipment maintenance and routine checks
By the end of this course, you will learn how to:
- Understand the history of Legionella and potential dangers if left untreated
- Learn how Legionella develops in hot water distribution systems
- Identify ways to kill Legionella using current treatment methods
- How to design hot water systems that discourage the growth of legionella
In this course, you will learn to:
- Explore hot water system safety
- Experience different ways of controlling water temperature in institutional building types, types of water temperature controls and their applications
- Appreciate how traditional thermostatic and new age digital mixing valves differ and the best applications for use
- Develop hot water system visibility by integrating digital water temperature controls with building automation systems
By the end of this course, you will learn how to:
- Be aware of the different types of systems that are used in high rise vs. non-high rise buildings
- Understand the important markets for Armstrong products and what is best for the customer
- Understand the distribution of water systems – serpentine or ring main and grid
- Understand how temperatures vary by systems and how to control those temperatures
- Differentiate when there is an issue that is coming from within the system rather than equipment
- Understand the role of booster pumps used in institutional settings
- Understand water balancing in a grid system
By the end of this course, you will be able to:
- Understand water quality issues and how to address them
- Understand how key water heaters operate
- Use troubleshooting techniques for hot water systems
In this course you will:
- Explore the use of hot water systems
- Experience different ways of controlling water temperature in industrial processes
- Types of water temperature controls, their applications and the options available
- Appreciate the new age digital mixing valves and the best applications for use.
By the end of this course, you will learn how to:
- Identify major components used in a hot water system and their role
- Understand differences in recirculation and non-recirculation systems
- Identify ways to balance multiple temperature and pressure systems
- Understand the role of booster pumps in industrial settings
In this course you will:
- Learn the importance of humidification requirements for healthcare environments
- Understand the relationship between humidification and airborne pathogens
- Know the best practices in healthcare standards that require humidification
Course objectives:
- What humidification is and why it is important.
- Understand the problems associated with low humidity.
- Learn how to determine humidity requirements.
- Understand how Psychrometrics are used in humidification design, and learn about the different methods of humidification-Isothermal and Adiabatic.
In this course, you will learn to:
- Identify the various differential pressure flowmeters that are appropriate for use on steam
- Compare and contrast the advantages and disadvantages of these flowmeters
- List installation parameters for differential pressure technologies
- List design parameters for differential pressure technologies
- Describe the basic types of transmitters used in a flow measurement system.
In this course, you will learn to:
- Define flow measurement
- Explain why flow measurement is important
- Describe basic science principles behind flow measurement
- List key technologies used to measure flow
- Compare the features and benefits of each technology