Indoor Air Quality
As we spend 90% of our time indoors (work or home), good indoor air quality plays a significant role in occupant productivity and well-being. As all buildings increasingly become airtight, it is important to maintain good indoor air quality. The mechanical design in Mathilda Commons addresses these concerns in the following ways:
Particulate control: The building has employed MERV 8 pre-filters and MERV 15 final filters to minimize the exposure to particulates indoors. MERV 8 prefilters have an efficiency of 70% to 85% and removes the larger particles such as dust and spores. MERV 13 filters have an efficiency over 85% and removes large amounts of bacteria and droplet nuclei (sneeze).
Outdoor air rate: The outdoor air rate complies with Title 24 2016 requirements and minimizes the concentration of indoor air pollutants.
Isolation of chemical pollutants: Janitors closets are maintained at a negative pressure by exhausting the air with no recirculation. Moreover, the space is provided with self-closing doors and full height partitions.
Pathogen control: The base building HVAC systems are designed to allow for installation of bi-polar ionization in the future.
Bipolar ionization creates millions of ions. The ions attach themselves to viruses, bacteria and mold, and breakdown these particles. Bipolar ionization is effective as these pathogens are too small to be caught in filters.
Particulate control: The building has employed MERV 8 pre-filters and MERV 15 final filters to minimize the exposure to particulates indoors. MERV 8 prefilters have an efficiency of 70% to 85% and removes the larger particles such as dust and spores. MERV 13 filters have an efficiency over 85% and removes large amounts of bacteria and droplet nuclei (sneeze).
Outdoor air rate: The outdoor air rate complies with Title 24 2016 requirements and minimizes the concentration of indoor air pollutants.
Isolation of chemical pollutants: Janitors closets are maintained at a negative pressure by exhausting the air with no recirculation. Moreover, the space is provided with self-closing doors and full height partitions.
Pathogen control: The base building HVAC systems are designed to allow for installation of bi-polar ionization in the future.
Bipolar ionization creates millions of ions. The ions attach themselves to viruses, bacteria and mold, and breakdown these particles. Bipolar ionization is effective as these pathogens are too small to be caught in filters.