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<br />Texas Optimization Program: <br />Charter Year Successes for a Medium-Sized System <br /> <br />Sam B. Oswood: Deputy General Manager: BroWI'). COtUlty Water Improvement <br />District #1 - Brownwood, Texas, USA <br /> <br />Michael G. Morrison, P.E., DEE: Principal: Freese and Nichols, Inc., <br />Fort Worth, Texas, USA <br /> <br />ABSTRACT: <br /> <br />This paper presents the experience of the Brown Co'tUlty Water Improvement District #1 <br />(BCWID) through its participation in the Texas Optimization Program The District, located <br />in Brownwood, Texas has a service population of36,000, providing treated water to the <br />communities of Brown wood, Bangs and the Brookesmith Water Supply Corporation. <br /> <br />In this charter year of the state's optimizatio~'program, the BCWID has ~chieved the <br />recognition criteria as set for the Texas Optimization Program. The District is one of the <br />first water systems in the state of Texas to be recognized under this program, which is <br />similar to the A WW A Partnership for Safe Water Program. <br /> <br />The purpose of the state-implemented program is to maximize the performance of an existing <br />treatment plant by addressing the factors which limit its performance. The goal of the <br />program is to reduce the risk of waterborne diseases by reducing the number of pathogenic l <br />organisms that could pass through a treatment plant. <br /> <br />Through the optimization of the BCWID treatment plant's performance, the District realized <br />a cost savings in chemicals while improving plant performance. <br /> <br />This paper presents areview of the optimization process from participation in the voluntary <br />Texas Utility Co-op Progi~ for training by the state of Texas in the Comprehensive <br />Performance Evaluation (CPE) approach. This process involves the actual CPE study of <br />the plant and of the approach to modifying the four major contributing areas wl}ich impact <br />plant performance (operations, design, administration and maintenance) in order to optimize <br />treatment plant performance to meet the Texas Optimization Program's goals. <br /> <br />Texas Optimization Program's Recognition Criteria <br /> <br />1. Filtered Water Turbidity less than or equal to 0.1 NTU in 90% of the readings for <br />each filter. <br />2. Filtered Water Turbidity less than or equal to 0.1 NTU in 95% of the readings for <br />all filters. <br />3. No Filtered Water Turbidity greater than 0.5 NTU. <br />4. Filtered Water Turbidity less than or equal to 0.3 NTU during post-backwash <br />turbidity spikes. <br />5. Recovery to less than or equal to 0.1 NTU within 30 minutes. <br />