Leave no trace: Moisture measurement in hazardous locations

Pipelines in a factory labelled methane and hydrogen
Biogas Production
Carbon capture
Sustainability
and 26 November

Welcome to a deep dive into the world of moisture measurement in explosive hazard locations. 

We cover the unique operational needs & challenges in Hydrogen, Natural Gas & Biomethane (RNG) production, as well as applications such as Carbon Capture, Power-to-Gas and even Synthetic Aviation Fuel

You'll also get an under-the-hood look at how the new intrinsically safe DMP370 dew point instrument revolutionizes moisture measurement in these applications.

Hosted by Vaisala's Product Line Manager Antti Heikkilä, this webinar includes a Q&A. 

We welcome your questions both ahead and during the webinar.

 

Key takeaways:

  • The unique measurement challenges of Ex environments
  • Getting the critical measurements right in Hydrogen, Methane and more
  • DMP370 – what Vaisala can bring to the table
  • Q&A: your questions answered.
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Antti Heikkilä, Industrial Decarbonization. Portrait.

Antti Heikkilä

Product Line Manager, Vaisala


Antti’s focus is on multigas infrared instruments and developing products for wholly new market areas.

With over 15 years of experience in process and emission monitoring instruments and infrared gas analysis, Antti holds a M.Sc. in Physical Chemistry.

He is an active member of multiple international standardization workgroups (both ISO and CEN) on air quality and greenhouse gas measurements.

DMP370 with PPE-gloved hand pressing a button

DMP370 intrinsically safe dew point instrument

Vaisala DMP370 measures dew point in the places where a single spark can end everything: Hydrogen production sites, Natural Gas infrastructure, Biomethane/RNG plantsm, CCUS operations and locations where combustible dust is present.