# Bathroom Exhaust
%% DATAVIEW_PUBLISHER: start
```
TABLE WITHOUT ID Areas + " \ "+ BuildingElement + "<br><br>" + file.link as Issue, SECTION as Description
FROM "3 Resources/Issues"
FLATTEN BuildingElement as BuildingElement
sort AREA ASC
WHERE contains(BuildingElement,[[Bathroom Exhaust]])
FLATTEN list(filter(file.lists, (x) => meta(x.section).subpath = "Issue Description").text) as SECTION
```
%%
| Issue | Description |
| ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ | ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ |
| [[3 Resources/Areas/Bathrooms.md\|Bathrooms]], [[3 Resources/Areas/Laundry.md\|Laundry]], [[3 Resources/Areas/Living Areas.md\|Living Areas]], [[3 Resources/Areas/Kitchens.md\|Kitchens]] \ [[3 Resources/Building Elements/Bathroom Exhaust.md\|Bathroom Exhaust]]<br><br>[[3 Resources/Issues/Add provision for constant ventilation.md\|Add provision for constant ventilation]] | <ul><li>Modern Apartments are very air-tight, if the customer does not open windows inadequate fresh air will be provided to the unit which can have several negative effects including build up of moisture.</li><li>A system shall be provided such that Fresh Air Supply is supplied to each unit independent of the occupant’s behavior.</li><li>Mold can readily develop inside units as they are very airtight.</li></ul> |
| [[3 Resources/Areas/Bathrooms.md\|Bathrooms]] \ [[3 Resources/Building Elements/Bathroom Exhaust.md\|Bathroom Exhaust]]<br><br>[[3 Resources/Issues/Bathroom Exhaust Fan and Water Vapour.md\|Bathroom Exhaust Fan and Water Vapour]] | <ul><li>the main cause of condensation in bathrooms is from the Shower.</li><li>This can also lead to [[Desilvered Bathroom Mirrors]].</li><li>Locating the exhaust fan closer to the shower will reduce extent that water vapor will spread throughout the bathroom.</li><li>To further improve the rate of exhaust, additional relief air can be provided either through a door grill or by undercutting the bathrooms doors or leaving the bathroom door open.</li></ul> |
| [[3 Resources/Areas/Wet Areas.md\|Wet Areas]] \ [[3 Resources/Building Elements/Bathroom Exhaust.md\|Bathroom Exhaust]]<br><br>[[3 Resources/Issues/Bathroom Exhaust Fan Performance.md\|Bathroom Exhaust Fan Performance]] | <ul><li>Header box fans are often preferred by some Contractors as they are easier to install, and do not require an access panel in the bathroom.</li><li>They produce roughly 30% less suction at a given power level as an inline fan.</li><li>They also produce much more noise.</li><li>For this reason Inline Fans shall be specified on all projects.</li><li>Bathoom exhaust outlets shall also be located closer to showers to improve exhaust performance.</li></ul> |
%% DATAVIEW_PUBLISHER: end %%