In this episode of "What Should I Use?", Jake Bruton gives a primer on what dehumidification systems do in residential homes. A critical component of Indoor Air Quality management, Jake explains the mechanical refrigeration process of a dehumidifier used to extract moisture from the indoor environment, and how it reduces the risk for mold. The episode also covers the importance of equipment sizing, ductwork, and understanding what the target relative humidity should be in your home. If dehumidification seems abstract, make sure to listen for Jake's explanation on its connection to building a tight enclosure that enables control over indoor environments.

Thanks to our episode sponsor Santa Fe. To learn more about Santa Fe and for more insights on dehumidification and mechanical engineering in buildings, visit their website: https://www.santa-fe-products.com/

Also, here are additional resources from the NIH and ASHRAE. The NIH (National Institutes of Health) and ASHRAE (American Society of Heating, Refrigerating and Air-Conditioning Engineers) are authoritative sources for guidelines on indoor air quality and mechanical engineering standards.

NIH Resources:

1. Indoor Air Quality Guidelines: The NIH provides research and guidelines on maintaining healthy indoor air quality, including recommended relative humidity levels for health and comfort.
2. Health Implications of Indoor Humidity: Various NIH publications discuss the health effects of different humidity levels and their impact on respiratory health and mold growth.

ASHRAE Resources:

1. ASHRAE Standard 62.1: This standard specifies minimum ventilation rates and indoor air quality requirements to ensure human health and comfort.
2. ASHRAE Standard 55: This standard defines the acceptable range of indoor thermal environmental conditions for occupants' comfort.
3. ASHRAE Handbook—HVAC Applications: This comprehensive guide includes detailed information on HVAC systems and their role in controlling indoor humidity and air quality.