Continuous Gas Analysis for High-Quality Industrial and Medical Gases

Registration for the webinar

* Selection of Appointments

* Given name

* Last name

* E-Mail

* Job Title

* Company

* Country

* Do you plan an investment?

Do you already have questions that you would like to have answered during the webinar or a certain topic that interests you most?

* Where did you hear about this webinar?

I want to receive further updates from HORIBA.

Already registered? Have the participation link sent to you again. By registering, you are submitting your details to the webinar provider and accepting the current privacy policies .
Fields marked with * are mandatory and must be filled in.

Moderators

Michael Kamphus

Product Manager Air Quality

Appointments

May 20, 2026, 8:00 AM - 9:00 AM
May 20, 2026, 2:00 PM - 3:00 PM

Description

Technical gases play a critical role across a wide range of industries. Large volumes of nitrogen, oxygen, and argon are produced worldwide in air separation units, while other gases such as carbon dioxide are sourced from various industrial processes. Topics like carbon capture, utilization, and storage continue to gain attention, even though carbon dioxide has long been used in industrial applications. Depending on the gas source and downstream purification processes, gas quality must be carefully analyzed to meet application-specific requirements.

Quality requirements differ significantly between industrial sectors and are strongly influenced by regulatory and conformity standards. Industries such as medical gases and food and beverage production place particularly high demands on gas quality and consistency. As a result, reliable analytical methods are required to verify gas composition throughout production, processing, and distribution, ensuring that quality specifications are consistently met.

In this webinar, HORIBA presents how gas purity and overall gas quality can be measured using different analytical technologies. The session introduces continuous measurement techniques such as NDIR photometry and paramagnetic oxygen analysis, highlighting their capability to deliver online measurement results within seconds. Practical examples demonstrate how continuous gas analysis supports quality control and process monitoring in industrial and medical gas applications.