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<br />updated version of Water CAD with an increased number of pipes. <br /> <br />1.9.2 Establish the basic assumptions, design criteria, control elevations, system inputs, design <br />pressures, system constraints, and tentative improvements. The Engineer will review and discuss <br />these assumptions with the City during development. <br /> <br />1.9.3 Using the computer model, perform hydraulic analyses of the system. The Engineer will use <br />the water model to perform analyses that evaluate the distribution system performance under <br />maximum day, maximum hour, and storage replenishment conditions for base year 2002. The <br />Engineer will perform analyses to determine the effectiveness of existing storage and pumping <br />facilities and to establish a recommended improvement program. In addition to static modeling, the <br />Engineer will perform extended period simulations of the water system. <br /> <br />1.9.4 Upon conclusion of the study, provide the City with a copy of the distribution model <br />developed during the study and provide the distribution data to the City in electronic format. The <br />Engineer will conduct a training seminar at the City offices to instruct City staff in the use of the <br />software and the model. The training will include a full 2 days of training and an additional 80 hours <br />of technical support. The Engineer will provide the technical support in short time increments over <br />6 months after delivery of the final model and the initial training. <br /> <br />1.10 TASK 9 - PLANNED IMPROVEMENTS AND ALTERNATIVES <br /> <br />The Engineer will: <br /> <br />1.10.1 Evaluate previously proposed distribution system improvements and make recommendations <br />to either confirm, delete, modify, or expand these improvements. <br /> <br />1.10.2 Develop and evaluate alternatives to reinforce the distribution system to meet projected water <br />demands. The Engineer will describe and evaluate alternatives based on design parameters, probable <br />costs, feasibility, and implement ability. The Engineer will conduct system analyses as required to <br />evaluate alternatives. <br /> <br />1.10.3 Provide life cycle operation and maintenance cost estimates for alternatives developed. <br /> <br />1.1004 Identify alternatives to provide redundancy in supply to all areas within the City's CCN <br />serVIce area. <br /> <br />1.11 TASK 10 - FINAL REPORT <br /> <br />The Engineer will: <br /> <br />1.11.1 Based on the results of the hydraulic analyses, determine the water supply, treatment, and <br />distribution improvements required to meet projected water demands. This improvement program <br />will provide for phased construction and will include a priority schedule for planning purposes. In <br /> <br />7 <br />