Industrial Chilled Water Systems Training Course

Course Overview

Learning Objectives

• Analyze the operating principles and configurations of industrial chilled water systems and identify the function of major components during the course.
• Develop the ability to evaluate chilled water supply and return temperatures, flow rates, pressure levels, and cooling loads using practical operating data.
• Assess the performance of chillers, pumps, heat exchangers, cooling towers, valves, piping networks, and associated control equipment.
• Apply hydraulic balancing principles to identify flow distribution problems and improve chilled water circulation throughout the system.
• Evaluate the relationship between chilled water temperature, flow, heat transfer, equipment loading, and overall system performance.
• Identify common operational, mechanical, and hydraulic problems affecting chilled water systems and apply structured troubleshooting techniques.
• Improve the ability to assess pump performance, pressure losses, cavitation indicators, flow restrictions, and abnormal operating conditions.
• Strengthen practical understanding of water quality, corrosion, scaling, fouling, and their impact on heat transfer and equipment reliability.
• Implement appropriate monitoring, inspection, and maintenance approaches for critical chilled water system components.
• Design practical performance improvement measures that support energy efficiency, equipment reliability, and operational continuity.
• Analyze system operating trends to identify opportunities for optimizing cooling capacity, water circulation, equipment utilization, and energy performance.
• Develop a practical action plan for improving the reliability, efficiency, maintainability, and operational performance of an industrial chilled water system.

Who Should Attend

Learning Outcomes

• Explain the complete operating cycle and configuration of an industrial chilled water system from cooling generation through distribution and heat-load return.
• Identify major chilled water system components and explain their operational functions, interfaces, and performance requirements.
• Evaluate chilled water supply and return temperatures and determine their significance for system efficiency and cooling performance.
• Analyze chilled water flow rates, pressure differentials, and hydraulic conditions to identify distribution and circulation problems.
• Assess the operational performance of chillers, pumps, heat exchangers, cooling towers, valves, and piping systems.
• Diagnose common chilled water problems such as inadequate cooling, low flow, excessive pressure loss, temperature instability, and equipment performance degradation.
• Identify operating indicators associated with pump cavitation, fouling, scaling, air entrainment, and flow restrictions.
• Evaluate the impact of water quality and treatment conditions on corrosion, scaling, fouling, heat transfer, and system reliability.
• Apply practical hydraulic balancing techniques to improve chilled water distribution and system performance.
• Develop monitoring and preventive maintenance practices for critical chilled water equipment.
• Analyze operating data to identify opportunities for improving cooling efficiency, equipment loading, reliability, and energy performance.
• Prepare a practical improvement plan addressing reliability, maintenance, energy efficiency, and operational performance of a chilled water system.

Course Outline