Chapter 1: Present State of Cooling, Energy Consumption and Sustainability
Chapter 2: Future of Air Conditioning
Chapter 3: Dew Point Evaporative Cooling Systems
Chapter 4: Adsorbent Coated Heat and Mass Exchanger
Chapter 5: Liquid-Based Desiccant Air Dehumidification
Chapter 6: Membrane-Based Air Dehumidification
Chapter 7: Dissipative Losses in Cooling Cycles
Chapter 8: Efficacy comparison for cooling cycles
Chapter 9: Thermo-economic analysis for cooling needs
About the Author: Ernest is an Associate Professor with the Department of Engineering, National University of Singapore. He is best known for his research on new generation of thermal technologies, particularly those related to air conditioning and dehumidification. He has won numerous international and local awards and honors including IChemE (UK) and Applied Energy Award (Elsevier) for his innovative works on energy-efficient dew-point cooling, membrane dehumidification and adsorbent coated heat exchanger. According to Shanghai's Elsevier Global Ranking of Academic, he is one of the highest cited researchers for his works on Energy and Building Science.
Raisul is a Senior Lecturer with the Department of Engineering, National University of Singapore (NUS). His research activities include optimization of central air-conditioning systems, vapor absorption cooling systems, desiccant dehumidification systems, indirect evaporative cooling systems and recovery and efficient utilization of low-grade waste heat. Before joining NUS, he was working as a Technical Director in LJ Energy Pte Ltd. His main role was to lead a team of engineers in the energy audit of major energy-consuming systems used in industries and commercial buildings, Green Building projects, design and retrofit of energy-efficient systems.
Ng Kim Choon is currently a Professor in KAUST. His research interests are in thermally driven seawater desalination processes, two-phase energy systems, nuclear power thermal hydraulics, adsorption thermodynamics and solar energy systems. He pioneered adsorption cooling and desalination cycles and boosted the water production yield of desalination processes with the AD and MED/MSF hybrid cycles. He also worked on the solar-powered hydrothermal treatment of seawater and wastewater using the 2-axis mini-dish system.
Wakil is a Research Scientist in KAUST. He works on thermal systems for cooling and desalination and their hybridization (multi-effect desalination, absorption chiller, adsorption chiller and desiccant dehumidifier) for overall system performance improvements. He is also working on heat transfer improvement specially for falling film evaporators at low-temperature operation. He developed a correlation for falling film heat transfer coefficient. He is also working on economic analysis of single and hybrid systems.
