Episode 63: Rethinking Indoor Air Quality: Beyond Traditional HVAC Systems Breast Implant Illness

While the traditional Heating, Ventilation, and Air Conditioning (HVAC) systems have long been relied upon to regulate indoor temperature and humidity, they cannot often effectively address the diverse range of indoor air pollutants that pose health risks to occupants. There is a need for us to rethink our approach to indoor air quality, moving beyond the limitations of traditional HVAC systems and embracing innovative solutions like those offered by JASPR.


For this episode, it’s a pleasure to be joined by Mike Feldstein, the founder of JASPR and an air quality expert. His mission is to enhance air quality and improve human health through cutting-edge air quality science and technology.


Air quality and its impact on human health, with emphasis on genetics and detoxification

Air quality is significant in our daily lives as it directly impacts our health and well-being. Mike emphasizes the importance of understanding how basic heating, ventilation, and air conditioning (HVAC) systems fall short in protecting against pollutants like mold, especially in the aftermath of natural disasters.


He explains that HVAC systems have remained relatively unchanged for decades, primarily designed for cost-effective heating and cooling rather than air purification. While some accessories can help, such as adding humidity in dry climates, attempting to enhance air quality by simply upgrading filters can actually hinder system performance and efficiency. He also emphasizes the need for a separate, dedicated air filtration system with its own fan to ensure continuous, effective air cleaning.


With the need to move beyond the limitations of traditional HVAC systems, the challenge lies in practical implementation. It then becomes more important that we continue to raise awareness and educate more people. Explaining the importance of air quality to clients becomes critical, especially for those dealing with chronic inflammatory symptoms. By demonstrating the impact of air quality improvements wherever they go, individuals can grasp the connection between their surroundings and their health.


Tools like CO2 detectors and particle counters provide tangible evidence of indoor air pollution, prompting individuals to take action to improve their environments. By making air quality tangible and relatable, we can empower people to prioritize clean air as they do clean water and food.


Air quality, invisible particles, and the importance of filters

Understanding and addressing microscopic pollutants in indoor air, particularly mold spores, is crucial. However, it is challenging to comprehend the significance of particles that are invisible to the naked eye, such as those measuring between three to 40 microns, which can have detrimental effects on health.
In my conversation with Mike, we compare invisible indoor pollutants, like mold spores to germs on surfaces. Just as we can't see bacteria but still clean surfaces to stay healthy, we need to address unseen pollutants in the air. This highlights the importance of taking proactive steps to keep indoor air clean and reduce health risks.


We also discuss the role of air quality monitoring tools in visualizing indoor pollution levels. By using devices like air quality monitors, individuals can gain tangible evidence of indoor air contaminants, prompting them to take action to improve air quality. This hands-on approach to understanding indoor air pollution empowers people to make informed decisions about their indoor environments and take steps to create healthier living spaces.


Toxicity in schools and homes, with a focus on air filtration and ventilation

Toxicity in schools arises from various sources, including poor ventilation, inadequate filtration systems, and the presence of airborne pollutants such as allergens, volatile organic compounds (VOCs), and particulate matter. These pollutants can exacerbate respiratory conditions, trigger allergies, and negatively impact cognitive function