OKLAHOMA CITY, OK, July 10, 2014 -- World Water Works, Inc., a designer and manufacturer of wastewater treatment solutions, has announced that installation is underway of its advanced moving bed biofilm reactor (MBBR), the Ideal MBBR, coupled with its high-rate dissolved air flotation (DAF) system, the Ideal MBBR-DAF™, at a leading specialty hotel in the state of Alaska.
The MBBR technology, a state-of-the-art fixed-film biological process used for both municipal and industrial wastewater treatment, is rapidly becoming the preferred biological treatment technology because it offers several advantages over the traditional activated sludge process (ASP). Coupling this technology with World Water Works' high-rate DAF technology, the Ideal MBBR-DAF provides a system that is robust, efficient, compact, scalable, and flexible.
The Ideal MBBR-DAF, like ASP, is a low capital cost option and can often be retrofitted to existing plants, as in this case. The technology requires less up front capital and is significantly less costly operationally while providing similar or better quality water than membrane bioreactor (MBR) technology -- another widely-used municipal and industrial wastewater treatment technology. The Ideal MBBR-DAF system does not require sludge recycling, and the resultant solids are multiple times more concentrated than in an ASP or MBR system.
See also:
"World Water Works seeks ISO 9001 water quality management certification"
"World Water Works receives AAEES Honor Award for Environmental Sustainability"
About World Water Works, Inc.
World Water Works is a manufacturer of specialized process and wastewater treatment technologies. With a focus on cost effective performance, flexibility, and durability, the company works alongside clients to create the most appropriate treatment solutions. Since its founding in 1998, the company's technology has cleaned more than 13 trillion gallons of water, facilitated the reuse of more than 2 trillion gallons and recovered millions of pounds of resources. For more information, visit www.WorldWaterWorks.com.
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