Cleanrooms can consume up to 15 times more energy than conventional buildings, with HVAC accounting for approximately 35–70% of that consumption. Join this webinar to discover how cleanroom facilities can reduce energy use without compromising cleanliness, process conditions, or regulatory compliance.
Hear specialists from Granlund, Halton, and Vaisala, members of the Alliance for Sustainable Cleanrooms, discuss how cleanroom design, demand-controlled ventilation, and accurate measurement can work together throughout the facility lifecycle.
Join the webinar to explore how HVAC design, demand-controlled ventilation, and reliable measurement can support both energy efficiency and cleanroom performance.
Can’t attend at the scheduled time? Register anyway and we’ll email you the recording.
The webinar is hosted by Anu Kätkä, who represents Global Product Management at Vaisala Industrial Measurements. She has extensive experience in building automation and management systems as well as metering and monitoring solutions.
Aleksanteri Setälä specialises in contamination control and environmental conditions in cleanrooms, covering airflow and air distribution, particle concentrations, pressure cascades, and temperature and humidity control. He leads Granlund's cleanroom design work for semiconductor and pharmaceutical production facilities, hospitals and laboratories, with over ten years of experience in controlled environments and an M.Sc. (Tech.) from Aalto University. He also works in a joint industry and research consortium developing sustainable cleanroom ventilation, where design assumptions are tested against measured performance in facilities already in use.
Kim Hagström specialises in the design, research, development and innovation of HVAC systems for demanding industrial and healthcare applications. He is Chief Innovation Officer at Halton Group, an Industry Professor at LUT University in Finland and Chair of the Board at Finnish Standards, with over 39 years of experience. Active in international standardization and industry associations, his research focuses on energy-efficient, demand-controlled ventilation, operating-room hygiene, sustainable cleanrooms, decontamination and proactive, user-oriented controls that improve safety and indoor conditions for people and processes.