Learn about helium leak detection in hydrogen systems from experienced engineers in the hydrogen industry. Steven and Jorge, an expert in cryogenics and leak detection, discuss the importance of leak detection, particularly in the context of the hydrogen economy. It explains how helium is used to detect leaks and demonstrates the process using a helium leak detector. The possibility of using hydrogen for leak detection touches on future advancements, including the potential integration of AI is discussed.

#hydrogen #fuelcell #engineers #engineering #technology #tech #leakdetection

Jump right into the discussion topics:
0:00 Hyfindr Tech Talk
0:15 Welcome Jorge.
0:24 What is leak detection?
1:00 Where is helium leak detection used?
1:35 Definition of leak tight
3:11 How do you detect a leak?
4:30 How to use helium to test for hydrogen systems?
6:50 What is inside of the product?
10:40 How does a leak detection machine work?
11:40 How to see a leak?
13:50 How to see if helium is going in the helium leak machine?
15:30 Why are systems not tested with hydrogen?
16:50 Future of helium leak detection
18:00 Like & Subscribe

Executive Summary of Tech Talk Script:

In this interview on Hyfindr Tech Talks, physicist Jorge Oevermann discusses leak detection, particularly in the context of the hydrogen economy. Leak detection involves finding the smallest leaks in various devices and industrial applications, crucial for safety and efficiency. Helium leak detection is widely used due to its effectiveness in finding tiny leaks. The importance of determining when something is leak tight, using analogies like grocery bags to illustrate the concept.

The mechanics of helium leak detection, showcasing a device equipped with a mass spectrometer and vacuum pump system. It demonstrates how the device works, detecting helium leaks by sucking in surrounding air and analyzing it for helium atoms. The process of detecting leaks in pipes or tanks highlights the use of a sniffer line and the role of vacuum pumps in creating the necessary conditions for detection.

Additionally, the option of using hydrogen for leak detection, noting its lower cost but higher background signal compared to helium. The importance of safety considerations when using hydrogen is due to its explosive nature.

Looking to the future, AI may play a role in optimizing leak detection processes, improving operator training, and reducing errors. However, leak detection remains a crucial aspect of safety and efficiency in various industries, including the hydrogen economy.

Overall, the video insights into the principles and applications of leak detection, highlighting its significance in ensuring safety and efficiency in industrial processes.

Product shown:
Helium Leak Detector https://hyfindr.com/marketplace/equip...

Interview partner and store: Jorge Oevermann (Leybold https://hyfindr.com/store/leybold/)'>https://hyfindr.com/store/leybold/)

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The below topics are addressed in this Hyfindr Tech Talk: helium leak detection, fuel cell system testing, hydrogen system testing, fuel cell technology explained, leak detection definition, detection of leak, leak tight system, working of helium leak detection, principle of leak detection, future of leak detection, hydrogen leak detection, engineering explained, technology explained, know how helium leak detection, and working of helium leak detection machine.