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Heat Pump Dryers

- Theory, Design and Industrial Applications

  • Format
  • Bog, hardback
  • Engelsk

Beskrivelse

Explore the Social, Technological, and Economic Impact of Heat Pump Drying

Heat pump drying is a green technology that aligns with current energy, quality, and environmental concerns, and when compared to conventional drying, delivers similar quality at a lower cost. Heat Pump Dryers: Theory, Design and Industrial Applications details the progression of heat pump drying—from pioneering research and demonstration work to an applied technology—and establishes principles and theories that can aid in the successful design and application of heat pump dryers.

Based on the author's personal experience, this book compares heat pump dryers and conventional dryers in terms of performance, quality, removal rate, energy utilization, and the environmental effect of both drying processes. It includes detailed descriptions and layouts of heat pump dryers, outlines the principles of operation, and explains the equations, diagrams, and procedures used to form the basis for heat pump dryer dimensioning and design. The author also proposes the use of heat pump dryers that operate on natural fluids and considers their potential for providing ecological benefits and easing environmental issues relative to conventional drying. The use of natural fluids in heat pump dryers is consistent with the Kyoto and Montreal Protocols.

Highlights includes coverage of:



Single-stage and multi-stage vapor compression heat pumps for dryingA dryer design utilizing single-stage vapor compression heat pumpsDesign of a two-stage vapor compression heat pump for drying green peas and aromatic leavesPsychrometry of humid air and includes the various types of humidification processesThermodynamic properties of refrigerants for heat pumpsHeat Pump Dryers: Theory, Design and Industrial Applications discusses the ready-to-use technology of heat pump drying. The book compares conventional and heat pump drying, addresses the confines and limitations of conventional drying, and proposes viable solutions using this novel process.

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Detaljer
  • SprogEngelsk
  • Sidetal345
  • Udgivelsesdato05-08-2015
  • ISBN139781498711333
  • Forlag CRC Press Inc
  • FormatHardback
Størrelse og vægt
  • Vægt800 g
  • coffee cup img
    10 cm
    book img
    17,8 cm
    25,4 cm

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    Surface Energy consumption Drying Refrigerants Dew point Laws of thermodynamics Montreal Protocol Mollier Food processing Thermophysical properties Cycle Water Removal Diagram Green technologies Fluidized bed Energy Recovery Heat pump HVAC Carnot cycle Chamber Vapour Evaporator Psychrometry Absolute Humidity Basic Vapor Compression Blower Work ASHRAE Handbook Basic Vapour Compression Closed Intercooler Combined Sub-Cooling Closed Cycle Compressors in Series Condensing Temperature Difference Constant Absolute Humidity Difference Constant Outlet Relative Humidity Compression Heat Pump economizer Bubble Point Compressors in Parallel Drying of Green Peas Drying of Onion Flakes Drying of Salted Cod Fish Drying technologies Dry-Expansion Evaporator Drying of Aromatic Leaves Drying of Leek Cubes Drying of Mushroom Slices Drying Chamber Flooded Evaporator Fluidised Bed Energy Efficient Drying Conventional Drying Heat Pump Dryer Heat Pump Drying Heat Pump System Heat Pump Cycle Fluidised Bed Heat Pump Dryer Heat Pump Belt Desuperheating Internal Heat Exchanger Drying of Cauliflower Drying Channels Economiser Mass Flow Rate Flash Intercooler Moist Air Moist Air Properties Multistage Vapour Compression Natural Fluids Heat Pump Fluids Heat Pump Specific Moisture Extraction Ratio Gas Intercooler NTNU Psychrometric Conditions Psychrometric Processes Isentropic and Non-Isentropic Saturated Vapour Compression Ratio of Moisture Removal and Specific Energy Consumption Refrigerant Mass Flow Rate State Points Isentropic and Non-Isentropic Saturated Vapor Compression Single-Stage Vapour Compression superheated Superheated Vapour Two-Stage Vapour Compression Transcritical cycle Mollier Diagram Two-Stage Heat Pump Two-Stage Vapor Compression Vapour Compression Heat Pump Kyoto Protocol Multistage Vapor Compression Recirculation of the Exhaust Air Open Flash Intercooler Open Intercooler Single Screw Compressor Stationary Bed Two-Stage Compression Saturated Vapour Single-Stage Vapor Compression
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