Fresh Air Creates Healthy Spaces at University Aquatic Center

Read our case study to learn how Innovent pool units use fresh air to dehumidify and remove chloramine-contaminated air, improving indoor air quality at a Big 10 University.

PUBLICATIONS

ASHRAE Journal Article

The July 2017 edition of the ASHRAE Journal includes a Technical Feature written by Unison Vice President of Application Engineering Gary Lochner and content developer Lynne Wasner. Click here to download a pdf version of the article.

HPAC Engineering Article

Indoor pool ventilation was discussed in the August 2017 version of HPAC Engineering. Features Gary Lochner and Randy Amborn. Click here to view the article.

Learn the benefits of using naturally dry outdoor air to dehumidify indoor pool spaces in this one-hour webinar with Unison Vice President of Applications Engineering Gary Lochner. Click here to view the original program (aired 5/17/17).

Energy Efficiency

Ventilation and Air Distribution

Indoor aquatic facilities are energy-intensive spaces that require the consideration of many variables in the design phase (read more).

Creating a healthy space for occupants and ensuring the integrity of the building enclosure are key objectives in indoor pool ventilation design (read more).

Special Operating Modes

Indoor aquatic facilities require continuous ventilation and effective air distribution during all operating modes (read more).

Towson University

The design team believed Innovent’s strategy of using high amounts of outside air for ventilation and dehumidification, coupled with use of flat plate heat exchangers to recover energy from return air, was the most energy efficient system for their application (read more).

Custom Pool Dehumidification Units

Information about Innovent’s P-Series Pool Dehumidification Units, which use outside air to control space humidity levels, improve indoor air quality, and minimize interior corrosion (click to view).

Centers for Disease Control and Prevention (CDC)