About this program:

​​

This session explores the intersection of indoor air quality, occupant health, and energy efficiency under emerging standards such as ASHRAE 241, 62.1, and 62.2. With growing attention to pathogens, ultrafine particles, and VOCs, building owners face the dual challenge of meeting stricter IAQ metrics while controlling energy costs.

 

Drawing on insights from the ASHRAE December 2023 Journal on non-thermal plasma, we will examine how advanced air cleaning technologies can achieve MERV 13–16 equivalency with lower-pressure filters, reducing fan energy by up to 30% while controlling airborne pathogens, ultrafine particles, and coil biofilm. Case studies will highlight real-world cost savings, IAQ improvements, and alignment with LEED, ASHRAE 241, and net-zero goals.

 

Attendees will leave with actionable strategies to move beyond compliance, and toward resilient, energy-conscious IAQ solutions that protect occupant health and enhance building performance.

​​

What You'll Learn: 
 

• Why standards organizations like ASHRAE increasing minimum MERV recommendations

• Introduction of DALY and the latest research on harm due to poor IAQ.
• How is health impacted by pathogens and ultrafine particles
• The good and the bad of various electronic technologies
• Introduction of non-thermal plasma technolgies (not ionization)

​​

About the Presenter:
 

Nick Agopian is President of Reviveaire, a leader in non-thermal plasma disinfection technology designed to neutralize airborne pathogens and control ultrafine particles. With over 35 years in HVAC, filtration, and energy recovery, he guides company strategy, sales, and R&D, ensuring alignment with third-party validation and innovation.    Before Reviveaire, Nick held senior roles at top IAQ-focused firms, including Renewaire, SEMCO, and Circul-Aire/Dectron Internationale. He is an active member of ASHRAE, serving on numerous technical and standard project committees, including SSPC 62.1, SSPC 62.2, TC 2.3, SPC145 MTG.ACR.    Nick has served on advisory boards for the National Research Council of Canada, Missouri Innovation Center, and the Home Ventilating Institute. He studied Mechanical Systems Engineering at Vanier College and holds an International MBA from Duke University. Fluent in English and French, Nick brings a global perspective to advancing healthy, efficient, and sustainable buildings.

​

Program Level:
 

Basic

​

Content Area(s):

All Buildings

Filtration

Asthma & Indoor Air Quality

New Technologies​

​

​