Search Results for: indoor pool

RP-1083 -- Chemical Off-Gassing from Indoor Swimming Pools

Report / Survey

RP-1083 -- Chemical Off-Gassing from Indoor Swimming Pools

Natatoriums, The Inside Story

Journal

Competition and exercise pool spaces are more likely to be maintained at temperatures around 82°F (28°C), or lower. This is driven by the recommendation (2003 ASHRAE Handbook - HVAC Applications, pp. 4.6 - 4.8) to keep the air temperature about 2°F (1°C) above the water temperature to help reduce evaporation from the pool and improve the comfort of bathers exiting the pool. This will be discussed later. Although residential space conditions can vary, it is important for the designer to convince the pool owner not to maintain the space conditions at normal comfort levels because some people want to use their indoor pools as places to have parties. If abnormal natatorium conditions are required, the designer needs to know what the real conditions will be for proper dehumidifi cation equipment selection. Since no one wants to swim in 73°F (23°C) water, the pool evaporation rate will increase dramatically as a result of the increased vapor pressure differential between the warmer pool water and the colder air.

Effects of Ventilation and Air Cleaning on Indoor Air Quality of An Indoor Swimming Pool - Mass Balance Analysis Approach

Conference Proceeding

Effects of Ventilation and Air Cleaning on Indoor Air Quality of An Indoor Swimming Pool - Mass Balance Analysis Approach

ASHRAE 190-2020

Standard

Standard 190-2020 -- Method of Testing for Rating Indoor Pool Dehumidifiers (ANSI Approved)

Building Material Problems Caused by Condensation at an Enclosed Swimming Pool and an Enclosed Ice Rink

Conference Proceeding

Building Material Problems Caused by Condensation at an Enclosed Swimming Pool and an Enclosed Ice Rink

ASHRAE Technology Award: 43% Energy Savings

Journal

A nearly 30-year-old condominium complex near Montreal wanted to reduce its largest monthly expense, which was its electricity bill. So, the Les Verrières sur le Fleuve complex decided to optimize its mechanical systems in the public spaces, which saved 43% of the total energy consumption. This article discusses improvements made to the domestic water booster pump, the exhaust and makeup air ventilation system, the cooling towers, the indoor swimming pool ventilation system, the outdoor swimming pool water heating system as well as the ventilation of the interior garages.

LO-09-047 (RP-1083) -- Chemical Off-Gassing from Indoor Swimming Pools

Conference Proceeding

LO-09-047 (RP-1083) -- Chemical Off-Gassing from Indoor Swimming Pools

District Heating Peak Load Reduction by Utilizing Indoor Swimming Pool as a Thermal Storage in New-Town Area

Book

District Heating Peak Load Reduction by Utilizing Indoor Swimming Pool as a Thermal Storage in New-Town Area

Public Reviews, August 2019

Learn more about Public Reviews, August 2019 at ashrae.org

Natatoriums, The Inside Story

Journal Article

Natatoriums, The Inside Story