Skip to content
MarketScale
Demo
Creator Hubs›RenewAire
RenewAire logo

Energy recovery ventilation for buildings that demand clean indoor air.

RenewAire manufactures energy recovery ventilation systems designed for commercial buildings, schools, healthcare facilities, and residential applications. Its products address the indoor air quality demands created by tightly sealed building envelopes, recovering energy from exhaust air to reduce HVAC operating costs. On MarketScale, RenewAire publishes content on ventilation standards, building science, and air quality solutions for architects, engineers, and facility operators.

26 episodes
Channel Brief·RenewAire · 26 episodes
Updated Oct 16, 2025

Indoor air quality drives health, learning, and decarbonization

RenewAire's channel argues that ventilation and air quality are invisible but measurable levers for occupant health, institutional performance, and carbon reduction. Evidence spans schools, senior care, commercial buildings, and homes.

The channel's core argument is that indoor air quality (IAQ) and proper ventilation are fundamental to occupant health and building performance, yet remain systematically neglected in facilities and institutions. The content documents this through case studies in schools, nursing homes, senior living, and commercial buildings, showing that improved ventilation correlates with measurable reductions in illness, improved test scores, higher productivity, and lower healthcare costs.

Drawn from The Hidden Factor Shaping Student Success: Cla… and 4 more →

“Ventilation, in concert with Mother Nature, helps us to remediate some of the problems we have indoors.”

Nick Agopian, VP Sales & Marketing, RenewAire

By the numbers

47%

global CO2 emissions from the built environment

27 million

Americans projected in nursing and assisted living by 2050

95%

time nursing home residents spend indoors with compromised immunity

5 CFM per person

ventilation rate in 1970s-80s after energy crisis (down from 20-30)

What the channel argues

InsightERVs recover both heat and humidity, while HRVs recover heat only, avoiding condensation and defrosting needs.→
InsightSchools with improved ventilation report fewer illnesses and better student performance outcomes.→
InsightNursing homes often neglect air quality despite spending 95% of time indoors with compromised immune systems.→
DataThe built environment accounts for approximately 47% of global CO2 emissions, making ventilation upgrades central to decarbonization.→
InsightBalanced ventilation with ERVs reduces energy costs while increasing outdoor air supply, resolving the false choice between health and efficiency.→

What you'll learn

•How ERVs and DOAS systems manage both ventilation and energy recovery simultaneously, unlike traditional systems that treat them as opposing priorities.
•Why nursing homes and schools have historically underinvested in air quality despite measurable health and performance gains.
•That balanced ventilation means one cubic foot of air moves out for every cubic foot moving in, allowing natural contaminant remediation.
•How smart controls paired with ERVs enable occupant health without requiring complex manual operation or energy penalties.
•Why the 1970s energy crisis reduced residential ventilation from 20-30 CFM per person to 5 CFM per person, creating irreversible health damage.

What to do about it

→Audit your facility's ventilation standards against ASHRAE and local codes; prioritize ERV or DOAS installation in schools, senior care, and healthcare where occupancy is prolonged and health risks are highest.
→Model the three-year total cost of ownership for ERV retrofits, including reduced absenteeism, fewer infections, and lower HVAC energy costs, not just capital expense.
→Integrate ventilation systems with building management via BACNet controllers to enable monitoring and demand-responsive operation that maintains health targets while minimizing energy waste.

Who and what shows up

Nick Agopian

VP Sales & Marketing, RenewAire

Recurring voice anchoring the technical and strategic argument for ERV adoption across schools, homes, and commercial buildings; connects ventilation to climate and decarbonization.

Paul Raymer

Chief Investigator, Heyoka Indoor Solutions LLC

Frames ventilation as a health equity issue tied to disability-adjusted life years (DALYs) and source control; provides systems-thinking framework beyond dilution and filtration.

Dan Walsh

VP & GM, AAA Home Services

Co-host of school air quality episode documenting poor circulation, high CO2 levels, and measurable health impacts in K-12 environments.

Christine Willing

CEO, Think Happy Live Healthy

Co-host connecting classroom air quality to student health, behavior, and learning outcomes; emphasizes hidden nature of ventilation as an institutional blind spot.

NYSERDA (New York State Energy Research and Development Authority)

Government energy agency

Provides incentives for ERV and DOAS adoption in buildings; represents policy alignment between health and decarbonization goals.

Questions this channel answers

Q

Why do schools and nursing homes neglect air quality if it matters so much?

Because ventilation is invisible and historically viewed as an energy cost burden rather than a health investment; traditional budgeting separates maintenance from health outcomes.

The Hidden Factor Shaping Student Success: Classroom Air… →
Q

How can buildings increase ventilation without skyrocketing energy bills?

By deploying ERVs or DOAS systems that recover heat and humidity from exhaust air, reducing the load on heating and cooling equipment while meeting outdoor air requirements.

Support Decarbonization with Enhanced Ventilation via ER… →
Q

What is the difference between an ERV and an HRV?

ERVs recover both heat and humidity and can be installed in any orientation without drain pans or defrosting; HRVs recover heat only, require condensation management, and have installation constraints.

Maximize Ventilation Potential with ERVs as Compared to … →
Q

How does ventilation connect to carbon reduction and climate goals?

The built environment accounts for 47% of global CO2 emissions; strategic ventilation upgrades reduce operational energy demands and support building resilience as climate conditions shift.

Support Decarbonization with Enhanced Ventilation via ER… →
Q

What role did COVID-19 play in refocusing attention on indoor air quality?

Almost all COVID-19 infections occur indoors in poorly ventilated spaces; the pandemic prompted a White House Summit on Indoor Air Quality in October 2022 and accelerated building rating updates like WELL Health Safety.

Mitigating COVID-19 Through Improvements to Indoor Air Q… →
Topics:Energy recovery ventilators (ERVs)Dedicated outdoor air systems (DOAS)Schools and student performanceSenior living and long-term careBuilding decarbonization and resilience
Themes:Invisible health hazard with measurable consequencesEnergy efficiency and occupant health are aligned, not opposedVentilation as a climate and resilience infrastructure

Industry context

The global heat recovery ventilator market is growing at 5.28% annually, driven by stricter building codes and emphasis on energy efficiency. Market size is projected to reach $9.85 billion by 2034.

Want a show like this for your brand?

MarketScale produces and distributes branded shows like RenewAire for B2B companies.

Build your show →