''The above configuration shows a grease interceptor for pretreating hospital commissary wastewater, an oversized anaerobic baffled reactor under construction for primary treatment, and a rotating biological contactor for secondary treatment. Natural disinfection in a polishing pond or chemical disinfection by chlorination is required to meet discharge standards.''
{| style="background-color: #efefef;" cellpadding="10"
|<font size="2">[[:File:Hospitalcasestudy.pdf|Hospitals Case Studies (PDF)]]</font>
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====== Hotels, Resorts and Restaurants ======
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''{| style="background-color: #efefef;" cellpadding="10"|<font size="2">Hotels Case Studies''</font>|}
====== Office Building ======
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''{| style="background-color: #efefef;" cellpadding="10"|<font size="2">Office Building Case Studies''</font>|}
====== Schools ======
*[[Chlorination_(Chemical_Disinfection)|Chlorination]]
*[[Ozonation_(Physical_Disinfection)|Ozonation]]
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{| style="background-color: #efefef;" cellpadding="10"
|<font size="2">[[Merging_Community_Sanitation_with_School-Based_Hygiene_Promotion_in_Tangerang,_Indonesia|Schools Case Studies]]</font>
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''[[Merging_Community_Sanitation_with_School-Based_Hygiene_Promotion_in_Tangerang,_Indonesia|Schools Case Studies]]''
====== Community Wastewater Systems ======
Community wastewater treatment systems receive flows from multiple sources, residential or commercial. Combining flows from multiple sources tends to even out flow variability. Community sewerage projects often use a four step process for treating wastewater. This includes pretreatment devices installed at targeted businesses, primary treatment, secondary treatment and disinfection. Systems that discharge treated wastewater into the environment may require added disinfection components. Below are some typical technologies for community wastewater treatment:
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''{| style="background-color: #efefef;" cellpadding="10"|<font size="2">Community Case Studies''</font>|}
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