88 plants indexed. Showing 10 matching current filters.
Epping WWTF is an advanced wastewater treatment facility in Epping, New Hampshire, serving a population of 1,860. It discharges treated water into local waterways, supporting the Piscataqua River watershed and the Gulf of Maine ecosystem.
Newfields WWTF is a secondary treatment plant serving 700 residents in Newfields, New Hampshire. It discharges 367.19 million gallons per year into local waterways, operating under US EPA Clean Water Act regulations.
Newington WWTF is a secondary treatment plant serving 2,600 people in Portsmouth, New Hampshire, USA. It discharges 492.10 units of treated wastewater daily, with a designed capacity of 1097.77 units.
Rockingham County Home WWTF in Exeter, New Hampshire, serves 499 people with secondary treatment. The plant discharges 450.46 thousand gallons per day and has a designed capacity of 317.97 thousand gallons per day.
Rollinsford WWTF is a secondary treatment plant serving 1,600 people in Rollinsford, New Hampshire. It discharges 340.69 thousand gallons per day and has a designed capacity of 567.81 thousand gallons per day.
Stratham WWTF is an advanced projected wastewater treatment plant in Stratham, New Hampshire, serving a population of 1,045. It has a designed capacity of 946.35 cubic meters per day.
Hampton WWTF serves over 165,000 people in Hampton, New Hampshire, discharging treated wastewater into the Atlantic coastal environment. The plant operates under U. S. EPA and state regulations.
Pease Development WWTF in Portsmouth, New Hampshire, serves approximately 50,000 people. The facility operates under U.S. Clean Water Act regulations with NPDES permitting.
Portsmouth WWTF serves 25,578 people in Portsmouth, New Hampshire. The plant is located on Peirce Island Road and discharges treated wastewater into the Piscataqua River estuary, which flows into the Gulf of Maine.
Seabrook WWTF serves approximately 10,800 residents in Seabrook, New Hampshire. The facility is located within 50 km of the Atlantic coast and discharges into the local watershed.