Deep dive into our cutting-edge IROSS™ signal processing algorithm, which is set to revolutionize the future of TDLAS. This game-changing technology expands possibilities and reduces interference through a source separation algorithm inspired by the music industry. It enables multi-component measurements in real time and allows to combine purposes such as process control and safety, opening up a world of possibilities. Enjoy reading! 

Hydrogen will become one of, if not the most important energy source in the coming decades. It is also used in industry, for example as a feedstock for chlorine and ammonia production.

NEO Monitors’ laser-based gas measurement technology offers the possibility of performing the concentration measurement without physical contact with the gas.

This combined with the advantages of tunable diode laser absorption spectroscopy (TDLAS), high selectivity and sensitivity, high reliability and low maintenance requirements makes our technology a unique tool for a wide range of applications in many industries, from chemicals and petrochemicals to energy and metals.

NEO Monitors’ can provide gas analyzers for more than 40 gases and combinations. We can measure Hydrogen directly with our in-situ or extractive analyzers; we can also measure impurities like oxygen, carbon monoxide, carbon dioxide or methane in pure Hydrogen in an extractive setup.

We believe that contactless measurements are the future of gas sensing. There are many benefits for customers and the environment. Read more about it in our paper published at the RPW exhibition in Shanghai.