Water-cooled chilled water administered HVAC systems do not heat and cool indoor air directly. Instead, these systems use water as a heat exchange medium for cooling and heating in large commercial building applications. Even in industrial environments water, is used for cooling production. When these HVAC systems are set up inappropriately, maintained carelessly, and not taken care of properly, they cause water losses considerably. The water losses that occur due to flawed installation, ineffective maintenance programs and uncared approach for HVAC systems bring a significant amount of unnecessary expenses. The unnecessary additional expenditure attributes to dampened walls, spoiled ceilings, wet floor accidents, water outsourcing, system performance declination, and frequent breakdowns. The intent of having HVAC systems in large commercial buildings is for comfort delivery to the occupants. A significant amount of water losses in HVAC systems result in washing away the earnings due to unnecessary frequent maintenances and discomfort to the occupants who offer business. The outcome of unsatisfied building occupants is mostly business disruption.

This course focuses on the various sources of water losses in HVAC systems, their immediate solutions, and the quantification of savings realized in several forms. Thus, this course will be of great use to all facility managers, engineering heads and maintenance engineers who play a pivotal role in commercial buildings, hotels and hospitals.

In this course students will learn how crucial it is to mitigate water losses in HVAC Systems and avoid unnecessary maintenance costs. This Concept is illusive to many professionals and Practitioners within the field. This Course shows how it's Done. This course is Designed and Engineered to bridge the gap between the Academics and the Application. This Course is designed to deliver quality knowledge that will save your hours of random research.

The Course is of High Caliber that delivers a learning experience for skill development.