Tech Sheets
Condenser Section Tech Sheets
#113 Condenser Basics
#117 Waterbox Coating
#122 Retube vs. Module
#123 Expansion Joint Selection
#124 Relief Valves vs. Rupture Discs
#125 Tube Cleaning
#131 Condenser Vacuum Breaker Valve
#136 Condenser Hotwells
#140 Steam Surface Condenser Frequently Asked & Typical Questions
Vacuum Technology Section Tech Sheets
#102 Steam Jet Vacuum Systems Troubleshooting Guide
#103 Ejector Discharge Pressure
#104 Ejector Throttling
#107 Frequently Asked or Interesting Vacuum System Questions
#110 Vacuum Systems: Understanding a Key Component of a Modern Power Plant
#130 Vacuum Condenser Drainage - Proper Design & Installation Guide
Closed Feedwater Heater Section Tech Sheets
#106 Specification of Tube Hole Sizes and Tolerances for Support and Baffle Plates
#127 Basics of Closed Feedwater Heaters
#128 Typical Feedwater Heater Cold Startup
#138 Maximum Allowable Residual Stresses on Austenitic Feedwater Heaters Tubes
#139 Feedwater Heater Tube to Tubesheet Joints
#142 Pressure Relief Device Sizing Guidelines for Feedwater Heaters
Shell & Tube Heat Exchange Section Tech Sheets
#133 Basics of Shell & Tube Heat Exchangers
#135 A Comparision of Welded & Seamless Heat Exchanger Tubing
#137 Heat Exchanger Cladding
Deaerator Section Tech Sheets
#108 Magnetic Particle Testing in New Deaerators
#109 Corrosion Allowance in Deaerator Design
#111 Radiographic Testing (RT) Deaerator Vessels
#112 Post Weld Heat Treatment
#114 Deaerator Accessories
#118 Deaerator Level Control
#119 Safety & Relief Valves
#120 Steam Pressure Control Valves
#121 Vacuum Relief
Plate Heat Exchanger Tech Sheets
#141 Plate Heat Exchanger Fouling
Associate / Tube Manufacturer Section Tech Sheets
#126 Accepted Practices for Packaging, Etc., of U-Bend & Straight Feedwater Heater Tubes
#132 Comparison of OD and ID Eddy-Current Inspection of Tubing
#134 Heat Treatment of Tubes for Condensers, Feedwater Heater, and Shell & Tube Heat Exchangers
#113 Condenser Basics
#117 Waterbox Coating
#122 Retube vs. Module
#123 Expansion Joint Selection
#124 Relief Valves vs. Rupture Discs
#125 Tube Cleaning
#131 Condenser Vacuum Breaker Valve
#136 Condenser Hotwells
#140 Steam Surface Condenser Frequently Asked & Typical Questions
Vacuum Technology Section Tech Sheets
#102 Steam Jet Vacuum Systems Troubleshooting Guide
#103 Ejector Discharge Pressure
#104 Ejector Throttling
#107 Frequently Asked or Interesting Vacuum System Questions
#110 Vacuum Systems: Understanding a Key Component of a Modern Power Plant
#130 Vacuum Condenser Drainage - Proper Design & Installation Guide
Closed Feedwater Heater Section Tech Sheets
#106 Specification of Tube Hole Sizes and Tolerances for Support and Baffle Plates
#127 Basics of Closed Feedwater Heaters
#128 Typical Feedwater Heater Cold Startup
#138 Maximum Allowable Residual Stresses on Austenitic Feedwater Heaters Tubes
#139 Feedwater Heater Tube to Tubesheet Joints
#142 Pressure Relief Device Sizing Guidelines for Feedwater Heaters
Shell & Tube Heat Exchange Section Tech Sheets
#133 Basics of Shell & Tube Heat Exchangers
#135 A Comparision of Welded & Seamless Heat Exchanger Tubing
#137 Heat Exchanger Cladding
Deaerator Section Tech Sheets
#108 Magnetic Particle Testing in New Deaerators
#109 Corrosion Allowance in Deaerator Design
#111 Radiographic Testing (RT) Deaerator Vessels
#112 Post Weld Heat Treatment
#114 Deaerator Accessories
#118 Deaerator Level Control
#119 Safety & Relief Valves
#120 Steam Pressure Control Valves
#121 Vacuum Relief
Plate Heat Exchanger Tech Sheets
#141 Plate Heat Exchanger Fouling
Associate / Tube Manufacturer Section Tech Sheets
#126 Accepted Practices for Packaging, Etc., of U-Bend & Straight Feedwater Heater Tubes
#132 Comparison of OD and ID Eddy-Current Inspection of Tubing
#134 Heat Treatment of Tubes for Condensers, Feedwater Heater, and Shell & Tube Heat Exchangers