Transcription of SlurryICE TM THERMAL ENERGY STORAGE DESIGN GUIDE
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SlurryICE TM THERMAL ENERGY STORAGE DESIGN GUIDE
SlurryICE TM. THERMAL ENERGY STORAGE . DESIGN GUIDE . ENVIRONMENTAL PROCESS SYSTEMS LIMITED. SLURRY-ICE APPLICATION GUIDE . 10 INTRODUCTION. History of refrigeration Alternatives CURRENT ICE PRODUCTION TECHNOLOGIES. - Static Ice Production Systems - Dynamic Ice Production Systems 3 .0 SLURRY ICE TECHNOLOGY. GENERATOR TYPES. SLURRY ICE CHARACTERISTICS. Slurry ice Cooling Capacity Slurry ice Types Slurry ice Behaviour Pipes - Variation of Pressure gradient with Ice Fraction Heat Transfer Co-efficient with Ice Fraction. Pumps Fittings and Valves SLURRY ICE DISTRIBUTION. Pipeline Transport of Slurry ice Slurry ice Vessel Pipe Network Mechanical Conveyor System Operating Strategy Constant Flow / Variable Ice Fraction (Strategy 1): Purge and Stop (Strategy 2): Slurry Ice/Water Mixing Pumping (Strategy 3): Mechanical Removal System (Strategy 4): SLURRY-ICE BASED COOLING SYSTEMS APPLICATION GUIDE 2.
ENVIRONMENTAL PROCESS SYSTEMS LIMITED SLURRY-ICE BASED COOLING SYSTEMS APPLICATION GUIDE 4 1 - INTRODUCTION 1.1. History of Refrigeration Jacob Perkins, an American living in London, patented the first closed vapour compression refrigeration
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