Laserfiche WebLink
' The GIS and database integration also provides customized tools that enable queries of the <br />copious amount of FSE data for data analysis and reporting. For example, an inspector or <br />' manager can find a sanitary sewer overflow or enhanced maintenance locations in the GIS and <br />readily identify the associated FSEs. Hyperlink tools in the GIS are provided to quickly query <br />the FSE database to return pertinent information related to FSE inspection histories, site pictures <br />' and inspection reports. <br />While the focus of this scope of work will be on FOG Program Management, EEC understands <br />that FOG is not the only reason for sanitary sewer overflows (SSO) and that a thorough <br />understanding of the sewer system is critical when reducing SSOs. EEC's experience in sewer <br />line characterization activities has provided a keen understanding of how hydraulic defects in the <br />' sewer, such as offset joints, roots, and sags can impact the ability of a sewer to transport grease <br />within the sewer system. Through utilization of GIS and FSE databases, EEC will provide <br />simple and efficient management solutions for organizing, managing and coordinating all sewer <br />line enhanced maintenance locations related with FSE enforcement activities. <br />1.4 TASK 4 -- TRAINING CITY STAFF 1 <br />' EEC will continue to provide the City with FSE inspection process training. EEC developed and <br />currently conducts California's only Grease Interceptor Inspector Training Workshop for the <br />California Water Environment Association (formerly conducted for CalFOG). To date, seven <br />' workshops have been conducted and over 400 inspectors have been trained by EEC. EEC <br />recently provided specialized training for 40 City of San Jose inspectors and has provided <br />training for several of the City of Santa Ana staff. <br />1 <br />4.0 EVALUATION OF FOG ELIMINATING PRODUCTS <br />EEC conducted a two-phase study, the largest FOG <br />Control study in the country, on behalf of Orange <br />' County Sanitation District and 26 other cities and <br />wastewater agencies in Orange County, including the <br />City of Santa Ana. During the second phase (Phase ED <br />' of this study, EEC field-tested new FOG Control <br />Technologies such as Additives (both chemical and <br />biological), Grease Removal Devices, and Interceptor <br />Monitoring Devices. The study provided detailed <br />results of the field-testing and provided testing, <br />monitoring, and agency approval procedures for these <br />technologies. <br />EEC shares the City's openness for consideration of emerging technologies and alternatives for <br />' FOG control provided their effectiveness can be demonstrated without negative impacts to the <br />collection system or treatment facilities. While many products offer claims, the available data is <br />often insufficient to support the claims. EEC has provided product evaluation services and <br />developed testing protocols for multiple products for multiple clients, including the City of Santa <br />Ana (McDonalds/WalMart). <br />City of Santa Ma - FOG ProWwn M@npament Proposal 6 F" <br />