Hydrogen - Such an (extra)ordinary Gas

Hydrogen is the smallest molecule in the world, yet it now stands as a majo​r asset in the global energy transition. Indeed, hydrogen offers promising solutions in many sectors that may prove challenging to decarbonize, such as transportation, energy storage, and gas utilities.

However, this transition to a hydrogen economy brings new challenges across the value chain, particularly regarding safety, which becomes a legitimate and paramount concern.

For decades, Teledyne Gas and Flame Detection has been manufacturing detection systems for hydrogen.​

The crucial role of gas and flame detectors

In the transition to hydrogen, fixed and portable gas detectors play a vital role in detecting hydrogen as well as its derivatives and other gases potentially associated with its use.

In this field, Teledyne Gas and Flame Detection offers, through its manufacturing expertise, a range of versatile gas detectors with sophisticated technology.

Gas detectors use a variety of advanced technologies, such as catalytic oxidation, electrochemical sensors, or MEMS (Microelectromechanical Systems) technology to accurately detect the presence of hazardous gases, including hydrogen.

Fixed gas detectors are installed in strategic locations to continuously monitor the presence of gas.​

Portable gas detectors, on the other hand, offer increased flexibility for regular inspections and emergency interventions.

These devices allow for early detection of potential gas leaks, thereby reducing risks to workers, infrastructure, and the environment.

​Hydrogen flame detectors​​

​Flame detectors​ use triple infrared technology to quickly identify potential ignition sources, enabling a rapid response to prevent major incidents.

Whether in hydrogen production facilities, during transportation, or during its use, safety must be an absolute priority. Gas and flame detection centers aggregate data from detectors dispersed throughout the site, providing real-time security overview. This integrated approach enables proactive risk management and a swift response in case of incidents.

Hydrogen leak detection

Acoustic imaging technology is also very effective in detecting hydrogen leaks. The FLIR Si2x acoustic ima​ging camera​ is specially designed for ATEX gas and dust zones​.

Compact, lightweight and easy to use, this solution makes it possible to detect, locate and measure pressurized gas leaks such as hydrogen with just one hand.

​​

For a safe transition to hydrogen​

​As we embrace the transition to hydrogen, it is imperative to ensure that this evolution takes place safely. Gas and flame detectors play a crucial role in this mission by providing continuous monitoring and early detection of hazards. As a historic manufacturer of gas detection devices and system​s, Teledyne Gas & Flame Detection ensures a safe transition to hydrogen.​