Understanding Steam Traps (Part 1)

🎥 Welcome to “Understanding Steam Traps (Part 1)” – the first video in our series about industrial steam systems. In this episode, DIVI Group explains what steam traps are, why factories need them, and how they directly impact energy efficiency and operating costs.

Without steam traps, both steam and condensate would escape, leading to massive fuel waste. With the right steam trap, condensate is discharged properly, steam is retained for heat transfer, and energy is saved. This means better boiler efficiency, condensate recovery, and reduced costs for your plant.

📌 In Understanding Steam Traps (Part 1), you will learn:
✅ What is a steam trap and why it is essential in industrial systems.
✅ How thermodynamic steam traps (disc trap, impulse trap) operate.
✅ How thermostatic steam traps (bimetal, bellows, thermal expansion) work.
✅ How mechanical steam traps (inverted bucket, float trap) discharge condensate.
✅ Other devices like Orifice/Venturi traps: advantages & limitations.

⏱️ Timeline:
00:00 – Introduction: Steam traps and operating costs
01:43 – Thermodynamic Steam Traps
02:25 – Thermostatic Steam Traps
03:10 – Mechanical Steam Traps
04:50 – Other Devices & Conclusion

👉 WATCH NOW to gain clear insights into steam traps and prepare for Part 2, where we will explore different types of steam traps and their applications.

💬 Don’t forget to LIKE this video, COMMENT with your questions or experiences, and SUBSCRIBE to DIVI Group’s channel for more industrial steam solutions!

📞 Contact for industrial steam system consultation:
🌐 Website: https://divigroup.com.vn
📧 Email: [email protected]
📱 Hotline: +84 94 248 88 18
📌 Facebook: Nồi hơi Đỉnh Việt
📌 TikTok: @noihoidinhviet

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