Res 2012-077 - Laserfiche WebLink

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1.2.1 Collection of Baseline Information. After acquiring mapping and population data for the Study area in electronic format from the City and the University, prepare a map of potential water reuse locations in the service area. In addition, the Engineer will collect information on the locations and approximate acreages of areas with potential to use reuse water for irrigation, and existing and projected volumes of reuse water for potential commercial and industrial uses. 1.2.2 Assessment of Needs. Provide a description of current and projected water demands for the City and the University with a comparison of current and projected water supplies. 1.3 TASK 3 — DEMAND DEVELOPMENT The purpose of this task is to compile available information regarding wastewater effluent quantity and quality and identify /quantify potential opportunities for water reuse in the study area. In this task, the Engineer will: 1.3.1 Obtain Local Water Consumption and Wastewater Data. Collect available population and land use data for the study area, inclusive of the City and the University. In addition, the Engineer will analyze City and University data for water consumption, wastewater generation rates, and landscape irrigation rates. 1.3.2 Evaluate Potential Uses. Describe the potential available market for reuse water, including: a) Potential water reuse customers, or categories of potential uses, including municipal, domestic, industrial, agricultural, and power generation, expected use, peak use, on- site conversion costs, and desire for water reuse. b) Any associated water quality and associated treatment requirements. c) Description of any consultations with potential reuse water customers. d) Description of current water reuse including the type and amount of reuse, and a map of existing pipelines and use sites. e) A summary of water reuse technology currently in use and an assessment of alternatives, including satellite treatment systems. 1.3.3 Develop Reuse Water Demands. Use peak summer water use data and landscaped area information to develop potential demands to be addressed as part of this Study. The Engineer will also develop standards for peak demands for cooling and other industrial uses using data provided by the University. 1.4 TASK 4 — CONCEPTUAL PLANNING AND DESIGN The purpose of this task is to evaluate two alternatives for ensuring a supply of high quality water for reuse along with possible locations for pumping and storage facilities. In this task, the Engineer will: 1.4.1 Identify Service Options. Prepare a conceptual plan for reuse water transmission mains which will consider rights -of -way, utility coordination, and future maintenance. The Engineer will also evaluate alternatives for treatment, transmission and storage based on accessibility, capital cost, and cost of operations and maintenance. The Engineer will perform site analyses in Direct Water Reuse Feasibility Study 2012 — Espey c3