Vaisala Humidity Masterclass: Dew point in compressed air

Masterclass module B FINAL
Industrial Manufacturing and Processes
Industrial Measurements

Moisture in compressed air systems plays a critical role in system performance, reliability, and product quality — yet it is often misunderstood, especially when pressure and temperature effects come into play.

In this 45-minute expert-led webinar, you’ll learn how dew point in compressed air helps you accurately measure and control moisture, and why it is more reliable than relative humidity in pressurized systems.

Discover how to improve compressed air quality, prevent condensation, and optimize system performance with the right dew point measurement approach.

Whether you are working with dryers, monitoring systems, or industrial processes, this session helps you turn moisture from an invisible risk into a controllable variable.

Why attend

  • Understand why dew point in compressed air systems is more reliable than relative humidity 
  • Learn how pressure affects moisture behavior in compressed air 
  • See how compressed air dryers and dew point control work in practice 
  • Discover how to prevent condensation, freezing, and system damage 
  • Improve energy efficiency by avoiding overdrying 
  • Learn best practices for dew point monitoring in compressed air

What you will learn

  • Why dew point in compressed air matters for system performance
  • How pressure affects moisture in compressed air
  • How compressed air dryers control dew point 
  • How to optimize compressed air performance and energy use
  • Best practices for compressed air moisture monitoring

Who should attend

This webinar is designed for professionals working with compressed air systems and industrial processes, including:

  • Process engineers 
  • Maintenance and reliability engineers 
  • Quality and production specialists 
  • Instrumentation and measurement experts 
  • HVAC and utilities professionals 

Typical industries include manufacturing, food and beverage, pharmaceuticals, electronics, and plastics processing.

If you have already attended or registered for this webinar, please click here. Otherwise, please watch the recorded webinar by filling the form.

 

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Webinar host & speakers

Jodi Armstrong

Jodi Armstrong

Applications Engineer, Vaisala


Jodi Armstrong works as an Application Engineer for Vaisala’s Precision Instruments business line. She supports customers and engineers in humidity and environmental measurement applications across industrial processes. Jodi holds a B.S. in Chemical Engineering from University of Rochester.

Find Jodi on LinkedIn

vuokko lantz

Vuokko Lantz

Product Manager, Vaisala


Vuokko Lantz represents Global Product Management at Vaisala Industrial Measurements. She has more than two decades of experience on the development and application of sensor technologies in various industrial and consumer applications. Vuokko holds Doctor of Science (Computer and Information Science, Usability Research) and Master of Science (System Analysis and Operation Research) degrees in Technology.

Find Vuokko on LinkedIn

Product Manager Juhani Lehto from Vaisala

Juhani Lehto

Global product manager for dew point instruments, Vaisala


Juhani Lehto has over 20 years of experience in industrial measurements and sensor technology. He holds a Master of Science degree in Technology from the Aalto University of Espoo, Finland.

Find Juhani on LinkedIn

Humidity Masterclass series host and speakers with Humidity Masterclass badge.

About the Humidity Masterclass series

The Vaisala Humidity Masterclass is a webinar series designed to help engineers, technicians, and specialists better understand humidity measurement and its practical applications.

Each session focuses on a specific topic, from the fundamentals of humidity measurement to dew point in compressed air, drying processes, engineering tools, calculation methods and maintenance in industrial environments.

The sessions are designed so that they can be attended independently, but together they provide a comprehensive overview of humidity measurement and its applications.