64 plants indexed.
MOENCHALTORF wastewater treatment plant serves Mönchaltorf, Zürich, Switzerland, with a designed capacity of 1.00 and a population of 4,513. It operates under Swiss water protection regulations.
MAUR wastewater treatment plant serves the municipality of Maur in the canton of Zürich, Switzerland. It is an inland facility with a designed capacity of 1.00 volume unit, treating wastewater from a population of approximately 6,189.
FAELLANDENBACHWIS wastewater treatment plant serves Fällanden, Zürich, Switzerland, treating wastewater for approximately 50,482 people. It operates under Swiss regulations aligned with EU standards.
EGG OETWIL wastewater treatment plant serves Esslingen in the canton of Zürich, Switzerland. It treats wastewater for approximately 18,890 people, operating under Swiss water protection regulations.
DUEBENDORF wastewater treatment plant serves Dübendorf, Zürich, Switzerland, with a population equivalent of 55,542. The plant discharges into the Glatt River, a tributary of the Rhine, and operates under Swiss water protection regulations.
Weisslingen wastewater treatment plant serves the Swiss municipality of Weisslingen in the canton of Zürich. It is designed for a capacity of 1.00 and serves a population of 2,355.
PFAEFFIKON wastewater treatment plant serves Pfäffikon, Zürich, Switzerland, with a designed capacity of 1.00 and a population served of 7,783. The plant operates under Swiss water protection regulations.
Illnau-Effretikonmannenberg wastewater treatment plant serves approximately 19,837 people in Illnau-Effretikon, Zürich, Switzerland, operating under Swiss water protection regulations.
Fehraltorf wastewater treatment plant serves the Swiss municipality of Fehraltorf in the canton of Zürich. It treats wastewater for approximately 10,500 residents, discharging into the local water system.
BAUMA wastewater treatment plant serves Saland, Bauma, in Zürich, Switzerland. It handles a population equivalent of 3,550 and has a designed capacity of 1.00 volume unit.
ZUMIKON wastewater treatment plant serves the municipality of Zumikon in the canton of Zürich, Switzerland. It treats wastewater from a population of approximately 3,990.
Stäfa-Uerikon wastewater treatment plant serves 4,453 people in Stäfa, Zürich, Switzerland. Located within 10 km of Lake Zurich, it discharges treated effluent into the lake.
Stäfa-Oetikon wastewater treatment plant serves approximately 9,825 people in Stäfa, Zürich, Switzerland. The facility discharges into Lake Zurich, a sensitive Alpine lake ecosystem.
MEILEN wastewater treatment plant serves 37,504 people in Meilen, Zürich, Switzerland. Located near Lake Zurich, it operates under Swiss water protection regulations.
MAENNEDORF wastewater treatment plant serves the municipality of Männedorf in Zürich, Switzerland. It is located on the shore of Lake Zurich, treating wastewater from a population of approximately 13,825.
KUESNACHT wastewater treatment plant serves Küsnacht (ZH) in the canton of Zürich, Switzerland. It handles a population equivalent of approximately 18,227 and operates under Swiss water protection regulations.
HOMBRECHTIKONFELDBACH wastewater treatment plant serves Feldbach, Switzerland, with a population equivalent of 7,010. Located near Lake Zurich, it operates under Swiss water protection regulations.
WAEDENSWIL wastewater treatment plant serves Wädenswil, Switzerland, on Lake Zurich. It treats wastewater from approximately 37,000 people under Swiss water protection regulations.
THALWIL wastewater treatment plant serves approximately 24,289 people in Thalwil, Zürich, Switzerland. It operates under Swiss water protection regulations, discharging treated effluent into local water bodies.
RICHTERSWIL wastewater treatment plant serves Richterswil, Zürich, Switzerland. It is located near Lake Zurich and treats wastewater for a population of approximately 10,449.
UtilityRadar indexes 64 wastewater treatment plants in Zürich, with treatment level, capacity, operator and discharge data on each record.
Among the indexed plants, MOENCHALTORF has the highest designed capacity at 1 m3/day.