News 12/06/2025Compact expertise for your system: Your practical guide to the safe operation of oxygen systems

Our new white paper provides practical knowledge on selecting, sizing and installing suitable valves and components for oxygen systems.

Oxygen is an indispensable medium in many industrial applications – but it is also a sensitive substance that poses special technical challenges. 

Whether in metalworking, medical technology or the chemical industry, oxygen is used under pressure in many processes. This requires special care: even small errors in the choice of materials, installation or maintenance can seriously compromise the safety of a system.

With the new Goetze white paper, we offer you a compact and understandable guide that summarises the most important technical basics, safety aspects and recommendations for action for the safe operation of oxygen systems.

 

Technical expertise from practice for practice


The white paper is aimed at plant engineers, planners, safety officers and anyone involved in the sizing or operation of oxygen systems. It offers:

  • Sound basic knowledge for safe handling of oxygen
  • Information on selecting suitable valves and materials
  • Practical recommendations for sizing, cleaning and assembly

Not only are the relevant standards and directives taken into account, but frequent sources of error and how to avoid them are also highlighted.

 

Download now for free

Would you like to make your systems even safer and deepen your knowledge of oxygen systems? Then download the new white paper now as a free PDF:

👉 Download the white paper

 

Goetze – Your partner for safety under pressure

For over 75 years, we at Goetze have been developing high-performance valves for the most demanding requirements – tested, reliable and safe. We also offer well-designed valve solutions for demanding media such as oxygen, which are designed for maximum operational safety.

Our special valves for oxygen systems meet the highest safety standards – ideal for high-pressure applications and use under critical conditions.