Pasteurization Technology Group Named Finalist for AWI Technology Project of the Year
Nomination recognizes PTG’s wastewater disinfection process as a new technology successfully used in a completed wastewater project
Pasteurization Technology Group (PTG) has been selected as a finalist for Technology Project of the Year. One of four awards presented by industry publication American Water Intelligence (AWI) in its 2012 American Water Awards, Technology Project of the Year recognizes new technology that has been successfully deployed in a completed water or wastewater project.
This week, at AWI’s American Water Summit in Chicago, PTG CEO Greg Ryan, along with other finalists, will give a six-minute presentation about PTG’s technology and recent deployment at Ventura Water. Summit attendees will vote for their choice, with the first-place winners and runners up announced later that night at the awards ceremony.
PTG’s technology is a cost-effective and sustainable solution that enables the reuse of water. The technology is attracting the attention of businesses and municipalities that want to realize substantial energy cost savings and eliminate toxic chemicals through alternatives to traditional UV- and chlorine-based wastewater disinfection systems.
Ventura Water recently successfully completed the initial evaluation phase of a project to transition its wastewater treatment plant to a safe, non-toxic, sustainable technology to replace the current chlorine-based disinfection process in use at the Ventura Wastewater Reclamation Facility. Current estimates are that the city of Ventura will realize energy and operating cost savings of more than $750,000 per year by using PTG’s technology.
PTG is the first and only company in the world to combine wastewater disinfection with renewable-energy generation. PTG’s patented technology can use either the digester gas—often referred to as biogas, a natural by-product of wastewater treatment—or natural gas as fuel to drive a turbine or engine that generates renewable electricity. The hot exhaust air from the turbine or engine—energy that is typically wasted—is then passed through a series of heat exchangers that increase the temperature of the wastewater to a level that disinfects the wastewater stream.
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