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The company’s rivals include Subterra, which maps, analyzes and forecasts problems with pipelines; ClearObject, which offers software that analyzes footage from pipe inspections for damage; and ...
The District of Columbia Water and Sewer Authority (DC Water) provides drinking water, sewage collection, and sewage treatment for Washington, D.C. The utility also provides wholesale wastewater treatment services to several adjoining municipalities in Maryland and Virginia, and maintains more than 9,000 public fire hydrants in Washington, D.C.
The city's wastewater system - sewers and treatment plants - operates 24 hours a day, 365 days a year to serve the needs of more than four million customers in Los Angeles, plus 29 contracting cities and agencies. There are ongoing construction projects to ensure service remains available to all of the residents in the City of Los Angeles.
The commission began to install sewer connections from its service area to the Blue Plains plant in the late 1930s and 1940s. [10] [11] WSSC had built its own sewage treatment plant in Bladensburg, Maryland in the 1940s. In the early 1950s WSSC reached agreement with the District of Columbia government to connect the Bladensburg area to Blue ...
Clean Water Services is a special service district that serves as a separately managed and financed public utility. The Washington County Commissioners serve as the board of directors for Clean Water Services. [3] As a wastewater utility, Clean Water Services cleans more than 60 million US gallons (230,000 m 3) of wastewater a day. The ...
From 1955 through 1988, the District was called The Metropolitan Sanitary District of Greater Chicago. In order to provide a more accurate perception of the District’s current functions and responsibilities, the name was changed effective, January 1, 1989, to Metropolitan Water Reclamation District of Greater Chicago [ 3 ] by the Metropolitan ...
"When domestic wastewater is treated, a solid by-product accumulates in the wastewater treatment plant and must be removed periodically to keep the plant operating properly. The collected material, called biosolids or more commonly "sewage sludge," is high in organic content, and contains moderate amounts of nutrients that are needed by plants.
Wastewater from the 43 communities in the Boston area served by the MWRA reaches the plant through four tunnels. Three pump stations with a combined capacity of 1270 million gallons per day (mgd) lift the wastewater about 150 feet to primary treatment clarifiers that use gravity to remove about half of the pollutants.