Indirect evaporative cooling: Past, present and future potentials

Engineering

• Air Conditioning 66%
• Aluminum Plate 33%
• Ceramic Plate 33%
• Chilled Water 33%
• Compression Refrigeration System 33%
• Cooling Device 66%
• Cooling Performance 33%
• Cooling System 33%
• Countercurrent 33%
• Development Cycle 33%
• Energy Efficiency Ratio 33%
• Exchanger 100%
• Fan Coil Unit 33%
• Flat Plate 33%
• Flow Rate 33%
• Flow Velocity 33%
• Fossil Fuel 33%
• Heat Pipes 66%
• Mass Exchanger 33%
• Material Optimisation 33%
• Pipe System 33%
• Plate Element 33%
• Power Generation System 33%
• Primary Air 33%
• Rankine 33%
• Systems Performance 33%
• Vapor Compression 33%
• Vapor Compression System 33%
• Waveform 33%

Keyphrases

• Air Conditioning 12%
• Aluminum Plate 6%
• Carbon Emissions 6%
• Ceramic Plate 6%
• Chilled Water System 6%
• Combined Operation 12%
• Cooling Component 6%
• Cooling Device 12%
• Cooling Measures 6%
• Cooling Performance 6%
• Cooling Tower 6%
• Countercurrent 6%
• Cycle Basis 6%
• Cycle Development 6%
• DEC System 6%
• Desiccant 6%
• Desiccant System 6%
• Distribution of Goods 6%
• Economic Environment 6%
• Economic Impact 6%
• Energy Efficiency Ratio 6%
• Enhanced Cooling 6%
• Environmental Impact 6%
• Evaporation Control 6%
• Evaporative Cooling Technology 18%
• Fan Coil Unit 6%
• Fiber Sheet 6%
• Flat Plate 6%
• Fossil Fuel Consumption 6%
• Futures Past 100%
• Heat Exchanger 12%
• Heat Mass Transfer 6%
• Heat pipe 6%
• Heat pipe System 6%
• Indirect Dry Cooling System 6%
• Indirect Evaporative Cooler 100%
• Industrialization 6%
• Ion Exchanger 12%
• M-cycle 6%
• Market Barriers 6%
• Market Prospects 6%
• Market Ratio 6%
• Mass Exchanger Networks 6%
• Material Optimization 6%
• Mechanical Vapor Compression 12%
• Mode Research 6%
• Operational Mode 18%
• Past-present 100%
• Power Generation System 6%
• Primary Air 6%
• Public Awareness 6%
• Rankine Cycle 6%
• Single-side 18%
• Social Impact 6%
• Solar-driven 6%
• Standardization System 6%
• System Configuration 6%
• System Performance 6%
• Technology Innovation 6%
• Transfer Optimization 6%
• Vapor Compression Refrigeration System 6%
• Vapor Compression System 6%
• Water Distribution 6%
• Water Flow 12%
• Water Flow Rate 6%
• Water Stream 6%
• Water Treatment 6%
• Waterproof 12%
• Wave Form 6%
• Wet Bulb Effectiveness 6%
• Wet Surface 6%

INIS

• air 11%
• air conditioning 11%
• aluminium 5%
• barriers 5%
• bulbs 5%
• carbon 5%
• ceramics 5%
• commercialization 11%
• compression 11%
• configuration 5%
• control 5%
• cooling 17%
• cooling systems 5%
• cooling towers 5%
• counter current 5%
• currents (water) 5%
• desiccants 11%
• devices 11%
• distribution 11%
• economic impact 5%
• emission 5%
• energy efficiency 5%
• environment 5%
• evaporation 5%
• evaporative cooling 100%
• fans 5%
• fibers 5%
• flow rate 5%
• fossil fuels 5%
• fuel consumption 5%
• heat 5%
• heat exchangers 5%
• heat pipes 11%
• heat transfer 5%
• legislation 5%
• manufacturing 5%
• market 11%
• mass transfer 5%
• operation 11%
• optimization 5%
• performance 11%
• plates 29%
• potentials 100%
• power generation 5%
• rankine cycle 5%
• refrigeration 5%
• reviews 11%
• sheets 5%
• social impact 5%
• stacks 5%
• standardization 11%
• streams 5%
• surfaces 5%
• tubes 29%
• units 11%
• vapors 11%
• water 35%
• wave forms 5%