Since 1914, Easton Utilities has been dedicated to providing clean, clear, healthy water in plentiful supply to all of the town's residents. Throughout each year, our fully trained and certified staff carefully monitors water quality.
The Water Department currently serves 6,800 customers through 84 miles of water mains and over 550 fire hydrants. Easton Utilities pumps water from naturally filtered underground aquifers (water-bearing sands) through six wells that are 1,000 to 1,200 feet deep. We then treat the water as required and pump it into the distribution system. The water that comes out of a customer's tap includes water from each of these wells. No single well provides all of a customer's water. Of those wells, four are drilled 1,000 feet into the Magothy Aquifer. The final two wells are drilled 1,200 feet into the Upper Patapsco Aquifer and feed directly into a state-of-the-art water treatment plant on Glebe Road.
The storage capacity of Easton's Water Department is 2 million gallons, which is met through two separate 1 million gallon deep water wells. In 2005, Easton Utilities added the second 1-million gallon elevated water storage tank to improve fire flow capability, boost system-wide water pressure, and add capacity sufficient to accommodate the Town's future needs.
Easton began construction on its first sewage system
in 1911. In operation by 1914, it was the first separate storm and
sanitary wastewater system in the State of Maryland. Currently, the
Wastewater Department serves about 6,800 customers through over 90 miles
of wastewater mains, six major pumping stations and an
environmentally-friendly wastewater treatment facility.
Completed in 2007, Easton's Enhanced Nutrient Removal
Wastewater Treatment Facility is one of Maryland's most environmentally
friendly wastewater treatment plants. Utilizing Enhanced Nutrient
Removal technology, Easton's new facility meets or exceeds the
Chesapeake Bay water quality goals by reducing annual concentrations of
nitrogen to 3 milligrams per liter (mg/l) and phosphorus to 0.3 mg/l.
These equate to 70 percent and 88 percent reductions respectively. While
Easton Utilities' former facility had operated effectively, more
stringent nutrient limitations and growing demand reached the point that
the facility required a significant upgrade. This new facility was the
first to receive funding from the State of Maryland's Chesapeake Bay
Restoration Fund. The facility employs a wide range of innovative
technology including ultraviolet radiation for disinfection and an
advanced Solids Handling System to convert sludge into a dry, manageable
and useful fertilizer.