| City Extends Life of its Landfill and Produces a High Quality Marketable End Product. |
City employs recycling and composting to maintain the balance between developing its economy and preserving its environment. The IPS Composting System processes biosolids with green waste.  More
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| Microfloc Adsorption Clarifier® Improves Filter Effluent Turbidity, Filter Run Time and Net Production at the Huntsville WTP at Dallas, PA |
The retrofit of the heavy media clarifiers with the Microfloc Adsorption Clarifier® resulted in a "World of Difference" in the performance of the water plant in general as noted by the Plant superintendent. While flush cycles of the clarifier did not substantially change, dramatic reductions in clarifier turbidity were seen all across the retrofitted clarifiers. As the Microfloc Adsorption Clarifier® efficient captures coagulated particles, filter runs were increased from a typical run of 40 hours to an excess of 100 hours. The end result was that the facility has seen a 40% increase in capacity with a 50% reduction of filter wash water. More
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| Package Plant Meets New Surface Water Treatment Rules |
The 0.5 MGD small water treatment package combines coagulation, flocculation, clarification and filtration into a single treatment system. More
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| Packaged Iron and Manganese Removal System Ensures Water Quality, Reduces Maintenance Costs |
A Midwest steel mill had been using well water containing iron and manganese for their plant cooling and drinking water system. Without removal of the contaminants significant fouling in the cooling and piping systems occurred. In addition, the water had an objectionable appearance, taste, and odor when used for drinking water. More
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| 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. More
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| 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). More
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