There is still high value heat energy (BTU$) available after your steam turns into condensate. Recovered and returned condensate’s value is far beyond the cost of water.
In this webinar, we explore methods of recovering condensate in both single-phase & two-phase systems, pumping options, and explain how to recover and utilize flash steam and atmospheric vent steam.
0:00 Introduction
0:35 Steam System Optimization
1:25 Condensate Drainage & Recovery
2:04 Condensate Recovery Economics
3:38 Improved Work Environment
6:18 Flash Steam Calculator
11:05 Vented Single-Phase Return Systems
12:19 Two-Phase Return Systems Economics
14:24 Single-Phase Return Systems Economics
15:21 Single-Phase Condensate Line Sizing
16:13 Two-Phase Condensate Line Sizing
17:50 Steam Induced Water Hammer
18:24 Condensate Return Water Hammer
18:55 Problems Caused by High Back Pressure
19:47 Causes of High Back Pressure
21:03 Options for High Back Pressure
22:16 Typical Electric Condensate Pump
22:35 Electric Condensate Pump Considerations
23:54 Mechanical Condensate Recovery Pumps
24:41 Vented Condensate Recovery- PowerTrap
26:00 The Power Trap Advantage
26:53 Condensate Recovery Application
28:26 Reasons for Flash Recovery
31:41 Flash Recovery System
34:21 Flash Vessel Sizing
40:06 PowerTrap to Vent Condenser (SR)
47:34 Flash Recovery Economics
51:47 Steam Compressor (SC)
Find articles referenced and learn more about this topic in the Steam Theory section of the TLV website: [ Ссылка ]
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