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Intended Audience: Electrical, Mechanical, HVAC, and Environmental Engineers
Credits: 3 PDH Units
Pumps, Fans and Cooling towers are used in most of industries and buildings. The present course focuses on energy saving opportunities in Pumps, Fans and Cooling towers. It covers from fundamentals like types of pump, fans and cooling towers , different systems used in industries for different applications, selection of proper system, modification in case of oversized systems and other energy saving opportunities However the course is helpful to Mechanical and Electrical engineers, it is also helpful to engineers dealing in plants or involved with building management systems. It covers potential for energy saving in new and existing pump, fan and cooling towers. Pump, fan and cooling towers consume as large as 20% of world’s total energy and manufacturing industries use around 45% of total electricity for these systems and hence they are first targets for improving efficiency. Major energy saving potential exists in the selection of new or modifications of existing systems. Like other engineering equipment, energy saving is possible right at design and selection stage. However, if it is missed at design stage, there are some other methods by which power consumption is reduced and they are discussed in this course.
Learning Objectives
At the successful conclusion of this course, you’ll be able to identify and discuss:- Fundamentals of pump, fan and cooling tower
- Energy saving in pump, fan and cooling tower
- Method to design new pumping system
- Learn affinity curve for these system
- To understand performance curve of pump and fan
- To learn series and parallel connection of pump and fan
- Selection or modification of pump, fan and cooling tower
- How to maintain pump, fan and cooling tower
- Study about parameters affecting performance of cooling tower
- To get check list of these systems
The course has numerous spelling mistakes, but worse that that, it gives conflicting information. For example, the material states on page 12 “Throttle valve chokes fluid flow through valve and thereby reduces flow and increases pressure. This is most commonly used method though it is least efficient.” But also that “Flow bypass is least efficient but most accurate method to control flow” on page 19. So which one is least efficient?
Thank You, we’ll send the course for review.