Applications - Drinking Water Treatment

Results 41 to 48 of 48

Temporary Water Treatment System Prevents Construction Delay

The Olivehurst development was ready for home construction but the existing municipality did not have adequate capacity to supply the development. Plans were in place to build a full scale treatment plant, but not in time to accept new homes coming onto the market.

Traveling Water Screens Upgrade Impacts Millstone Point Facility

Northeast Utilities power generation plant was experiencing macrofouling problems due to its large flow requirements and intake structure orientation. Upgrading the traveling water screens, along with several other design changes, has reduced outage time and corrosion related failures and enabled the facility to stay online during severe storms.

Treating Water With Chlorine Dioxide Reduces THMs, Improves Taste for Arkansas Water Treatment Plant

Series 85-250 Chlorine Dioxide System Reduces THM’s and Improves Taste for Greenwood, Arkansas, Water Treatment Plant.

Trident® System Replaces Aging Water Treatment Plant to Meet New Regulations

The City of Hudson, New York had aging slow-sand and diatomaceous earth (DE) filter systems which had been struggling to meet effluent water quality treatment goals. Total organic carbon (TOC), disinfection by-product precursors and turbidity reduction were the key problem areas.

Tri-Town Water District Expands Capacity While Decreasing Plant Footprint

The Tri-Town Water District serves the towns of Addison, Bridport and Shoreham, Vermont. The original water treatment plant was built in 1966 to treat surface water from Lake Champlain and produced an average of 765,000 gallons per day (2.8 MLD) with a peak summer demand of about 1,000,000 gallons per day (3.8 MLD).

Use of Chlorine Dioxide Improves Taste and Odor and Controls THMs

This municipality disinfects between 12 and 36 million gallons per day of drinking water. The plant experienced taste and odor complaints at a rate of well over 100 per day. Chlorine gas was used as the primary disinfectant for the raw surface water entering the plant. Relatively high levels of THMs in the disinfected drinking water are also apparent. An alternative primary disinfectant was required which would reduce the number of taste and odor complaints, inhibit THM formation, and adequately disinfect the drinking water.

Water Powers Detroit's Drive to Return to World-Class

The City of Detroit’s Water and Sewerage Department (DWSD) needed to upgrade its infrastructure by replacing aging transmission lines and mains as well as facilities that had reached the end of their service.

Wausau, Wisconsin, Doubles Lime Handling Capacity

In 1999, the Wausau Water Treatment Plant needed to expand their plant and double the lime handling capacity. They chose Siemens Water Technologies for the expansion.

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Drinking Water Treatment Case Studies

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Applications - Drinking Water Treatment