Artificial intelligence (AI) policy: ASHRAE prohibits the entry of content from any ASHRAE publication or related ASHRAE intellectual property (IP) into any AI tool, including but not limited to ChatGPT. Additionally, creating derivative works of ASHRAE IP using AI is also prohibited without express written permission from ASHRAE. For the full AI policy, click here. 

Close
logoShaping Tomorrow’s Global Built Environment Today
Did you find what you were looking for? Let us know along with any questions or feedback. 
Email communications@ashrae.org

Visit ASHRAE’s Bookstore or Technology Portal to search directly with site-specific search options.

Search Results for: mold and moisture

Moisture Management in Buildings

Learn more about Moisture Management in Buildings at ashrae.org

IEQ Applications: Measuring Building Moisture to Thwart Mold Growth

Journal

Indoor moisture and mold have been linked to adverse health effects in building occupants, although specific fungal species have not yet been implicated. Microbiologists consider moisture to be the key factor for limiting mold growth in buildings, therefore, identifying excess moisture in buildings is a key element in triggering remedial action. The development of equilibrium RH sensors or moisture meters could help detect the amount of “free water” available to microorganisms in buildings.

Humidity Control Resources

Learn more about Humidity Control Resources at ashrae.org

A64 -- Avoiding Moisture and Mold Problems (SI)

Handbook / Manual / Guide

A64 -- Avoiding Moisture and Mold Problems (SI)

A64 -- Avoiding Moisture and Mold Problems (I-P)

Handbook / Manual / Guide

A64 -- Avoiding Moisture and Mold Problems (I-P)

Assessing Mold in Buildings

Journal

Mold colonizes buildings when a spore finds the coincidence of moisture, nutrient and shelter. Susan Doll1 conducted a series of experiments at the Harvard School of Public Health demonstrating, among other things, that building materials from the retail supplier arrive already inoculated with mold spores. Other portions of the research support the idea that mold growth can be expected in sheltered locations where materials containing carbon (especially sugars and starches) are exposed to liquid water for several days or relative humidity levels of 95% for several weeks.


Close