Best Practices Manual HVAC Chillers

Best Practices Manual HVAC Chillers
Best Practices Manual HVAC Chillers Book Cover

Welcome to the Best Practices Manual for HVAC Chillers! In this comprehensive guide, we will explore the world of refrigeration and air conditioning, and the systems that make it all possible. We will delve into the inner workings of vapor compression and absorption systems, and examine the various components that make up these systems, such as evaporators, condensers, and expansion valves. Whether you are a professional in the HVAC industry, an engineer, or simply someone interested in learning more about refrigeration and air conditioning, this manual is for you. With detailed explanations, practical tips, and real-world examples, this manual will equip you with the knowledge and tools to optimize the performance of your HVAC chiller systems and save energy in the process.

The Contents of Best Practices Manual HVAC Chillers

    • Refrigeration & Air-Conditioning
    • The Need for Radical Thinking

    Refrigeration & Air Conditioning Systems:

      • Refrigeration System Efficiency
      • Vapour Compression Systems
      • Operating Principle
      • Refrigerants: Ozone Depletion and Global Warming
      • Types of Compressor & Capacity Control
      • Types of chillers and Refrigeration Cycles
      • Evaporators
      • Condensers
      • Expansion Valves
      • Sub-cooling
      • Superheating
      • Secondary Coolants
      • Specific Power Consumption of Vapor Compression Systems
      • Vapor Absorption Refrigeration System
      • Operating Principle
      • Capacity Control
      • Specific Power Consumption of Vapor Absorption Systems
      • Cooling Towers

    Strategies and Opportunities for Energy Saving:

    • Minimising Refrigeration & Air-Conditioning
    • Operating at Higher Evaporator Temperature
    • Accurate Measurement and Control of Temperature
    • Reduction in Heat Loads
    • Minimising Heat Ingress
    • Reducing Ventilation Heat Load
    • Using Favourable Ambient Conditions
    • Air Conditioning and Refrigeration Repair Made Easy
    • Use Evaporators and Condensers with Higher Heat Transfer Efficacy
    • Energy Saving Opportunities in Normal Operation
    • Maintenance to Ensure Energy Efficient Operation
    • Energy Saving in Low Relative Humidity Air Conditioning
    • Desuperheater for Recovering Condenser Waste Heat
    • Air Conditioning Application And Design
    • Inter-fuel Substitution: Electricity Savings by use of Absorption Chillers
    • General Tips to Save Energy in Cooling Towers
      • Energy Cost
      • Refrigeration Load Estimation
      • System Design
      • Air Conditioning and Refrigeration Repair
      • Minimise Heat Ingress – Select Right Thermal Insulation
      • Sizing & Selecting the Right Refrigeration Machine
      • Controls for Energy Efficiency

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