Paradigm shift in building ventilation: Future requirements for Demand Controlled Ventilation and Indoor Air Quality Buildings and Indoor Air Quality Industrial Measurements Welcome to the most liked Vaisala HVAC webinar of 2022 Researchers have recently called for a “paradigm shift” in the approach to ventilation and indoor air quality to reduce the spread of respiratory infections. Also, the increasing pollution level of outdoor air has an impact on indoor air quality and will require careful consideration in ventilation controls.
Sign up to the webinar Summary The goal of energy efficiency and the need for good indoor air quality intersect with the application of demand-controlled ventilation systems. Today, our understanding of Indoor Air Quality is under transition. Join us in a free 45-minute Vaisala webinar to learn what are the future requirements for Demand Controlled Ventilation and Indoor Air Quality? From productivity to health and safety, properly executed ventilation can help improve conditions for building occupants who spend significant amounts of time indoors. Precise measurement is the key to an efficient and effective ventilation system, and the seemingly simple task of HVAC measurements can involve a lot of detail. If you have already attended or registered for this webinar, please click here. Otherwise, please watch the recorded webinar by filling the form. While you’re at it, sign up below to view the previous related webinars: How to choose the right humidity parameter for humidity control in HVAC systems (aired on April 2022) — watch now How to measure outdoor humidity in HVAC applications (aired on August 2022) — watch now See our Privacy Policy for more details. You can modify your preference settings or unsubscribe at any time here
Speaker 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. Find Anu in LinkedIn
