• About
    • Who We Are
      • Croll Reynolds reaches major milestone:
    • Designing High Vacuum Systems for the Process Industries Since 1917
    • Global Operations
    • Croll Reynolds Quality Standards
    • Management Team
      • Sam W. Croll, III, Chief Executive Officer
      • Philip E. Reynolds, Executive Vice President and Chief Engineer
      • Henry Hage, Chief Operations Officer and Sales Manager
      • Christine Natale, Vice President-Accounting
  • Industries
    • Chemical Processing
      • Steam Ejector Fundamentals: An Alternative to Vacuum Pumps (Video)
      • Plant Maintenance: Designing Steam-Jet Vacuum Systems
      • Plant Maintenance: Properly Specify Vacuum Systems
      • Plant Maintenance: Keep Steam Ejectors On-Line
      • Plant Maintenance: Ice Buildup in Ejector Throat Eliminated by Steam Jacket
      • Distillation: A Hybrid Vacuum System Protects Heat Sensitive Products
      • Gas Compression: Ejector Replaces Mechanical Compressor for Supply of Hydrogen Recycle Steam Saves $3000 in power costs per year
      • Batch Production of Specialty Chemicals: Steam Ejectors Meet Critical Needs Problem
      • Batch Production of Specialty Chemicals: Vacuum Pump Systems Provide Reliable Vacuum Service
      • Drying: Enviromentally-Friendly Surfactant Drying for Indonesian Detergent Plant
      • Dehydration: Redesign of Steam Nozzles Save Money While Maximizing Steam Use
    • Oil and Gas
      • Steam Recompression Systems
    • Beverage Processing
      • Deodorization: Pilot Unit Determines Design Parameters of Steam-Jet Vacuum Equipment for Production Plants
      • Evaporation: Thermal Recompression Saves Steam and Water in Evaporators
      • Distillation: Thermocompressor Reduces Distiller’s Steam Use
    • Power Generation; Geothermal
      • Air Cooled Condensers Cut Tower Water Plume
    • Edible Oil Processing
      • Deodorization: Pilot Unit Determines Design Parameters of Steam-Jet Vacuum Equipment for Production Plants
    • Pulp & Paper
      • Plant Maintenance: Steam Ejector Fundamentals
      • Plant Maintenance: Designing Steam-Jet Vacuum Systems
      • Properly Specify Vacuum Systems
      • Plant Maintenance: Keep Steam Ejectors On-Line
      • Plant Maintenance: Ice Buildup in Ejector Throat Eliminated by Steam Jacket
      • Bleaching: Vacuum Water Chilling System Operating Efficiently at World’s Most Remote Paper Mill
      • Bleaching: Steam Jet Vacuum Refrigeration Unit Provides Temperature Controlled Water for Processing
      • Bleaching: How Water is Cooled for Pulp Bleaching
      • Bleaching: Steam Jet Vacuum Chiller Gives Mead Reliable Chlorine Dioxide Supply
    • Fibers
      • Plant Maintenance: Steam Ejector Fundamentals
      • Plant Maintenance: Designing Steam-Jet Vacuum Systems
      • Plant Maintenance: Properly Specify Vacuum Systems
      • Plant Maintenance: Keep Steam Ejectors On-Line
      • Plant Maintenance: Ice Buildup in Ejector Throat Eliminated by Steam Jacket
      • Polymerization: Ejector/Liquid Ring Pump Provides <0.30 mm HG Absolute for Polymerization Vessel Savings in steam over two years repays extra cost for reliable pump.
    • Flavors & Fragrances
      • Facility uses EtO Sterilization in Food Ingredients
      • Plant Maintenance: Keep Steam Ejectors On-Line
      • Plant Maintenance: Properly Specify Vacuum Systems
      • Plant Maintenance: Steam Ejector Fundamentals: An Alternative to Vacuum Pumps
      • Plant Maintenance: Designing Steam-Jet Vacuum Systems
    • Food Core Chilling
      • Distillation: Thermocompressor Reduces Distiller’s Steam Use
      • Distillation: Renewing Process Vacuum Systems
      • Distillation: Reliable Vacuum System Cuts Steam Requirements by 50%
      • Evaporation: Thermal Recompression Saves Steam and Water in Evaporators
      • Deodorization: Designing Parameters for the Efficient Recovery of Fatty Acids & Oils Entrained in Steam
      • Plant Maintenance: Steam Ejector Fundamentals: An Alternative to Vacuum Pumps
      • Plant Maintenance: Designing Steam-Jet Vacuum Systems
      • Plant Maintenance: Keep Steam Ejectors On-Line
      • Plant Maintenance: Ice Buildup in Ejector Throat Eliminated by Steam Jacket
    • Pharmaceuticals
      • Scrubber eliminates Ethylene Oxide
      • Plant Maintenance: Steam Ejector Fundamentals: An Alternative to Vacuum Pumps
      • Plant Maintenance: Designing Steam-Jet Vacuum Systems
      • Plant Maintenance: Properly Specify Vacuum Systems
      • Plant Maintenance: Ice Buildup in Ejector Throat Eliminated by Steam Jacket
      • Plant Maintenance: Keep Steam Ejectors On-Line
      • Drying: Amino Acid Production Plant Chooses Two Stage Ejector for Vacuum Drying
      • Cooling: Jet Vacuum Cooling Provides Flexibility and Conserves Costs
    • Steel
    • Desalination
    • Altitude Simulation
    • Tobacco
      • Moisturizing Tobacco with a Vacuum System A Quarter Century of Vacuum Processing At R.J. Reynolds Tobacco Company
      • Storage: Vacuum Cooling Process Aids in Tobacco Storage Problem
  • Products
    • Multi Stage Ejectors: Reliable Vacuum Service for the Process Industries
    • Hybrid Ejector-Liquid Ring Pump Systems
    • Liquid and Gas-Powered Ejectors
    • Steam Recompression Systems
    • Power Plant Vacuum Systems
    • Process-Powered Vacuum Systems
    • Vacuum Chillers
  • Contact Us
    • US Offices
    • Croll Reynolds Worldwide Offices
    • Global Operations
  • Library
    • Corporate Brochure
    • Corporate Brochure (International)
    • Technical Articles
    • Operation & Maintenance of Ejectors
    • Direct Injection Desuperheaters Brochure (Downloadable pdf)
    • Chill Vactors Bulletin (Downloadable pdf)
    • Rotajector Systems Bulletin (Downloadable pdf)
    • Thermocompressors Brochure (Downloadable pdf)
    • Vacuum Systems Bulletin (Downloadable pdf)
  • Videos & Events
    • Steam Ejectors: An Animation
    • Rotajector Systems: An Animation
    • Thermocompressors: An animation
    • Steam Ejector Training Video
    • Recent Events
      • ACHEMA (June 11-15 in Frankfurt)
  • Support

Croll Reynolds

  • About
    • Who We Are
      • Croll Reynolds reaches major milestone:
    • Designing High Vacuum Systems for the Process Industries Since 1917
    • Global Operations
    • Croll Reynolds Quality Standards
    • Management Team
      • Sam W. Croll, III, Chief Executive Officer
      • Philip E. Reynolds, Executive Vice President and Chief Engineer
      • Henry Hage, Chief Operations Officer and Sales Manager
      • Christine Natale, Vice President-Accounting
  • Industries
    • Chemical Processing
      • Steam Ejector Fundamentals: An Alternative to Vacuum Pumps (Video)
      • Plant Maintenance: Designing Steam-Jet Vacuum Systems
      • Plant Maintenance: Properly Specify Vacuum Systems
      • Plant Maintenance: Keep Steam Ejectors On-Line
      • Plant Maintenance: Ice Buildup in Ejector Throat Eliminated by Steam Jacket
      • Distillation: A Hybrid Vacuum System Protects Heat Sensitive Products
      • Gas Compression: Ejector Replaces Mechanical Compressor for Supply of Hydrogen Recycle Steam Saves $3000 in power costs per year
      • Batch Production of Specialty Chemicals: Steam Ejectors Meet Critical Needs Problem
      • Batch Production of Specialty Chemicals: Vacuum Pump Systems Provide Reliable Vacuum Service
      • Drying: Enviromentally-Friendly Surfactant Drying for Indonesian Detergent Plant
      • Dehydration: Redesign of Steam Nozzles Save Money While Maximizing Steam Use
    • Oil and Gas
      • Steam Recompression Systems
    • Beverage Processing
      • Deodorization: Pilot Unit Determines Design Parameters of Steam-Jet Vacuum Equipment for Production Plants
      • Evaporation: Thermal Recompression Saves Steam and Water in Evaporators
      • Distillation: Thermocompressor Reduces Distiller’s Steam Use
    • Power Generation; Geothermal
      • Air Cooled Condensers Cut Tower Water Plume
    • Edible Oil Processing
      • Deodorization: Pilot Unit Determines Design Parameters of Steam-Jet Vacuum Equipment for Production Plants
    • Pulp & Paper
      • Plant Maintenance: Steam Ejector Fundamentals
      • Plant Maintenance: Designing Steam-Jet Vacuum Systems
      • Properly Specify Vacuum Systems
      • Plant Maintenance: Keep Steam Ejectors On-Line
      • Plant Maintenance: Ice Buildup in Ejector Throat Eliminated by Steam Jacket
      • Bleaching: Vacuum Water Chilling System Operating Efficiently at World’s Most Remote Paper Mill
      • Bleaching: Steam Jet Vacuum Refrigeration Unit Provides Temperature Controlled Water for Processing
      • Bleaching: How Water is Cooled for Pulp Bleaching
      • Bleaching: Steam Jet Vacuum Chiller Gives Mead Reliable Chlorine Dioxide Supply
    • Fibers
      • Plant Maintenance: Steam Ejector Fundamentals
      • Plant Maintenance: Designing Steam-Jet Vacuum Systems
      • Plant Maintenance: Properly Specify Vacuum Systems
      • Plant Maintenance: Keep Steam Ejectors On-Line
      • Plant Maintenance: Ice Buildup in Ejector Throat Eliminated by Steam Jacket
      • Polymerization: Ejector/Liquid Ring Pump Provides <0.30 mm HG Absolute for Polymerization Vessel Savings in steam over two years repays extra cost for reliable pump.
    • Flavors & Fragrances
      • Facility uses EtO Sterilization in Food Ingredients
      • Plant Maintenance: Keep Steam Ejectors On-Line
      • Plant Maintenance: Properly Specify Vacuum Systems
      • Plant Maintenance: Steam Ejector Fundamentals: An Alternative to Vacuum Pumps
      • Plant Maintenance: Designing Steam-Jet Vacuum Systems
    • Food Core Chilling
      • Distillation: Thermocompressor Reduces Distiller’s Steam Use
      • Distillation: Renewing Process Vacuum Systems
      • Distillation: Reliable Vacuum System Cuts Steam Requirements by 50%
      • Evaporation: Thermal Recompression Saves Steam and Water in Evaporators
      • Deodorization: Designing Parameters for the Efficient Recovery of Fatty Acids & Oils Entrained in Steam
      • Plant Maintenance: Steam Ejector Fundamentals: An Alternative to Vacuum Pumps
      • Plant Maintenance: Designing Steam-Jet Vacuum Systems
      • Plant Maintenance: Keep Steam Ejectors On-Line
      • Plant Maintenance: Ice Buildup in Ejector Throat Eliminated by Steam Jacket
    • Pharmaceuticals
      • Scrubber eliminates Ethylene Oxide
      • Plant Maintenance: Steam Ejector Fundamentals: An Alternative to Vacuum Pumps
      • Plant Maintenance: Designing Steam-Jet Vacuum Systems
      • Plant Maintenance: Properly Specify Vacuum Systems
      • Plant Maintenance: Ice Buildup in Ejector Throat Eliminated by Steam Jacket
      • Plant Maintenance: Keep Steam Ejectors On-Line
      • Drying: Amino Acid Production Plant Chooses Two Stage Ejector for Vacuum Drying
      • Cooling: Jet Vacuum Cooling Provides Flexibility and Conserves Costs
    • Steel
    • Desalination
    • Altitude Simulation
    • Tobacco
      • Moisturizing Tobacco with a Vacuum System A Quarter Century of Vacuum Processing At R.J. Reynolds Tobacco Company
      • Storage: Vacuum Cooling Process Aids in Tobacco Storage Problem
  • Products
    • Multi Stage Ejectors: Reliable Vacuum Service for the Process Industries
    • Hybrid Ejector-Liquid Ring Pump Systems
    • Liquid and Gas-Powered Ejectors
    • Steam Recompression Systems
    • Power Plant Vacuum Systems
    • Process-Powered Vacuum Systems
    • Vacuum Chillers
  • Contact Us
    • US Offices
    • Croll Reynolds Worldwide Offices
    • Global Operations
  • Library
    • Corporate Brochure
    • Corporate Brochure (International)
    • Technical Articles
    • Operation & Maintenance of Ejectors
    • Direct Injection Desuperheaters Brochure (Downloadable pdf)
    • Chill Vactors Bulletin (Downloadable pdf)
    • Rotajector Systems Bulletin (Downloadable pdf)
    • Thermocompressors Brochure (Downloadable pdf)
    • Vacuum Systems Bulletin (Downloadable pdf)
  • Videos & Events
    • Steam Ejectors: An Animation
    • Rotajector Systems: An Animation
    • Thermocompressors: An animation
    • Steam Ejector Training Video
    • Recent Events
      • ACHEMA (June 11-15 in Frankfurt)
  • Support
  • https://croll.com/thermocompressors-efficiently-recycling-heat-energy/
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May 14, 2016

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