Eliminate Hidden Risks in Steam Supply & Pressure Reduction Systems Webinar

It is a common myth across industry that saturated steam headers are “dry”. However, reality could not be further from the truth.
In this webinar, we look at steam quality considerations, and how to improve the condition of the steam feeding your process equipment, through condensate drainage and entrained moisture separation.
We also explore pressure regulation, different types of pressure reduction valves, and proper design of pressure regulation stations to ensure optimal steam quality & stable downstream pressure.
0:00 Introduction
1:35 Risk-based Methodology for Steam Systems
1:47 Steam Heat Asset
2:20 Utility Steam Main
3:54 Trouble Indicator
4:27 Reliability Indicator
4:46 Flare Problems
6:12 Boiling Water
7:50 Using Steam Heat
9:00 Optimize Steam-Using Equipment
9:46 Vacuum Problem
10:15 Erosion in Steam Jet Ejectors
12:43 Desuperheating
14:03 Making Steam
14:36 Dangers of Cold Traps
14:59 REGIONS OF STEAM QUALITY
15:28 Steam Dryness %
15:50 Wet Steam
16:03 Calculating Steam Quality
17:39 High Efficiency Separation
18:13 Extruder Problems
18:43 Quality Pellets
18:47 Steam Separator Effect
20:12 Recommended Valve Station
20:26 Common Valve Station
20:57 Waste Heat Boilers
23:41 Install Air Vent & Trap @ EOM
24:17 Optimize Jacketed Kettle - Use Air Vent
24:30 Proactive Action Optimizes Steam System
25:34 Why Reduce Pressure?
26:47 Pressure Reducing Valve Issues
27:10 Steam Supply to Pressure Reducing Valves
28:56 Pressure Reducing Valve Designs
35:20 COSPECT Pressure Reducing Valve
37:06 Performance Characteristic Curves
38:22 Secondary Pressure Sensing
39:52 Noise Attenuation (other valves)
41:32 Sizing Example
44:26 PRV Sizing
52:45 Applications - CASE STUDY
Find articles referenced and learn more about this topic in the Steam Theory section of the TLV website: www.tlv.com/gl...
Make sure to subscribe!