Explosion Protection Blog

Shipping companies must get on board and implement the switch to more environmentally friendly fuels on their ships. Many are considering the use of LNG as a fuel. Learn more about how LNG is changing the face of shipping for the long term.

Explosion hazards can occur in clean rooms due to various processes. As a result, the requirements of explosion protection must be met in clean rooms. Learn how this is done.

R. STAHL and Softing Industrial Automation aim to drive the development of Ethernet-APL solutions, both in explosion protection and in communication technology. André Fritsch and Thomas Rummel provide an insight.

For years, the high efficiacy of LEDs was the focus of attention. Currently, the focus is more and more on exact colour rendering and on the development of the spectra that are required. Learn more about the state of the art.

R. STAHL and the Jena University of Applied Sciences have developed a new technology for ex-protected cabinets: EXpressure. The development team offers a glimpse behind the scenes of the collaboration within their research partnership.

The build-up of electrostatic effects in hazardous areas can become a major hazard, even when only low amounts of energy are involved. For this reason, electrostatic discharge is a potential source of ignition and must be considered and assessed.