Vaisala Humidity Masterclass: Tools & engineering calculations

HumidityMasterclass_Humidity_calculations
Industrial Manufacturing and Processes
Industrial Measurements
Two time options

Humidity measurements can be expressed in many ways, from relative humidity and dew point to absolute humidity and water concentration. Understanding how these values relate to one another is essential when interpreting measurements or choosing the right parameter for an industrial process.
 

In this 35-minute expert-led webinar, Vaisala specialists introduce common humidity units and demonstrate how to use the Vaisala Humidity Calculator in practical situations. You’ll see how temperature and pressure affect different humidity values, and how calculations can help you assess condensation risk and interpret instrument accuracy.

Whether you work with compressed air, environmental chambers, drying or other industrial applications, this session will help you turn humidity data into useful information for your work.

Why attend

  • Understand what different humidity units tell you about your process
  • Learn how changes in temperature and pressure affect humidity values
  • See how the Vaisala Humidity Calculator works through practical examples
  • Gain confidence in interpreting measurement results and instrument specifications
  • Explore how calculations can help you identify condensation risk

What you will learn

This module has two sections:

1. Introduction to humidity units

  • How common humidity parameters relate to one another
  • Which parameters depend on temperature or pressure
  • Why selecting and labelling the correct unit matters

2. Real-life use cases of humidity calculations

  • How to convert between humidity parameters using the Vaisala Humidity Calculator
  • How to explore changing process conditions and condensation risk
  • How to compare measurement accuracy expressed in different humidity units

Who should attend

This webinar is designed for professionals who use or interpret humidity measurements in industrial applications, including:

  • Process and application engineers
  • Instrumentation and measurement specialists
  • Maintenance and reliability engineers
  • Quality and R&D specialists
  • Professionals responsible for environmental or process control

Typical applications include compressed air, drying processes, environmental and stability chambers, and industrial process control.

 

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Webinar 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

Joni Partanen

Joni Partanen

Product Manager, Vaisala


Joni Partanen is a Product Manager at Vaisala, overseeing the development of industrial instruments for many industries, including life science and pharmaceutical industries. With two decades of experience in process industry measurement technology, industrial engineering, and instrumentation, he brings deep technical expertise to his role. Joni holds a Bachelor of Engineering degree in Automation Technology and is committed to advancing reliable measurement solutions that support compliance and performance in regulated environments.

Find Joni 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.