Drying is one of the most energy-intensive and quality-critical process steps in many industries. Whether producing food, pharmaceuticals, chemicals, plastics, or advanced materials, controlling moisture removal is essential for maintaining product quality, maximizing throughput, and reducing energy consumption.
In this 55-minute Vaisala Humidity Masterclass module, our experts explain how humidity influences drying performance and why humidity measurement is a key tool for optimizing drying processes.
The session also includes real-world examples from industries such as pharmaceuticals, food production, plastics manufacturing, and glass production.
This session is designed for:
Whether you are looking to improve process efficiency, reduce energy costs, or achieve more consistent product quality, this session will provide practical insights you can apply in your own operations.
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.
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.
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.
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.