Wastewater Treatment Plant
AWARENESS OF FEDERAL GOVERNMENT PROPERTY OPERATED BY THE GREAT LAKES ST. LAWRENCE SEAWAY DEVELOPMENTThe Great Lakes St. Lawrence Seaway Development Corporation (GLS) announced a reminder today that, per Federal Code of Regulations, 33 CFR § 401.93, government property surrounding and including GLS lock facilities... Read on...
The Village’s Wastewater Treatment Plant is located at 302 East Orvis Street. The recently upgraded facility is able to treat 7 million gallons of sanitary wastewater per day and additionally, up to 3 1/2 million gallons per day of stormwater.
Originally built in 1959, the primary treatment plant was upgraded in 1980 and completely refurbished in 2000. The new secondary treatment plant processes include preliminary screening, grit removal, activated biosolids treatment utilizing contact-stabilization, final clarification and ultraviolet disinfection. Biosolids are sent to a gravity belt thickener, anaerobic digestion, belt filter pressed and transported to a nearby composting facility for environmentally friendly reuse. Additionally, snowmelt and stormwater flows are provided primary treatment including settling and chlorination / dechlorination before combining with treated plant effluent, which is discharged to the Grasse River.
Wastewater (sewage) is 99.9% water. The remaining 0.1% is made up of dissolved and suspended solids. Sanitary wastewater comes from sinks, toilets, showers and other discharges.
Treatment Is Necessary
Years ago, wastewater was dumped, without treatment, into rivers and streams; there was enough dilution water to let nature absorb the waste material. As communities grew, and industries sprang up, the concentrations and types of wastes increased to a point where the natural ability of waterways to clean themselves became overloaded. Also, many serious outbreaks of communicable diseases have been traced to contamination of drinking water from untreated wastewater discharges. A modern wastewater treatment plant gives nature a helping hand at the purification process and helps to protect downstream users from disease.