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k'q KLEINFELDER <br /> Existing Well Destruction Plan <br /> The possibility for migration of contaminants in shallower groundwater to deeper water <br /> supply exists if old wells are left in-place. Typically, older irrigation wells were built with <br /> little or no sanitary seals. Based on the data gathered during the file review task, we will <br /> evaluate the scope for properly destroying (according to Department of Water <br /> Resources requirements) old and unserviceable or un-needed wells within the project <br /> site boundaries. The goal of preparing a well destruction plan is to protect new wells <br /> installed in the area. We will provide a separate report, with recommendations and <br /> estimated costs, for the well destruction needs on-site. <br /> We recommend sampling each existing water well (domestic/irrigation) in the area that <br /> a well log can be correlated with, prior to destruction to aid in evaluating the <br /> groundwater quality at the site. At this time and for the purpose of preparing this <br /> proposal we anticipate sampling up to ten wells. The wells will be tested for California <br /> Code of Regulations, Title 22 analytes. <br /> TASK 5 — WATER CONSERVATION PLAN AND INTEGRATED WATER <br /> MANAGEMENT PLAN <br /> Kleinfelder will lead the preparation of a water conservation plan and integrated water <br /> management plan by working closely with the land development team [Randall Planning <br /> and Design (Randall), Pacific Advanced Civil Engineers (PACE), etc.]. Randall is the <br /> planning consultant for the Project and will be providing detailed conceptual land use <br /> plans. We will anticipate Randall will typically provide an accurate layout of the land <br /> uses for the entire project, aid in recommending landscape concepts and policies that <br /> will minimize the amount of irrigation required, and provide a detailed analysis of <br /> landscaping water demands (private and public) for streetscapes, parks, and other <br /> public uses. PACE will be providing detailed information on the design of the master <br /> storm drain system for the project. PACE will aid by providing technical analysis of the <br /> impact the man made lakes plus other community water features have on the water <br /> demand. We anticipate PACE will prepare a detailed design of the community's storm <br /> drainage system, including lakes, community creeks, enhancements to Duck Creek, <br /> percolation basis, and other features considered part of the community storm drain <br /> system, and assist in establishing an accurate water balance analysis for the Project. <br /> The goal of the water conservation plan and integrated water management plan is to <br /> decrease the developments dependence on groundwater supplies and the City of <br /> Stockton. We will provide consultation for items requiring review in regards to <br /> groundwater use within the lake features, and non-potable resources for use in common <br /> landscape features. <br /> The Water Conservation Plan (WCP) will ultimately be integrated into the overall <br /> integrated water management plan. The WCP will focus on such issues as residential <br /> conservation (e.g. low-flow toilets, planned residential watering, elective zeriscaping), <br /> industrial conservation, and irrigation conservation. The WCP will identify the potential <br /> savings between standard and conservative water use programs, as a means of <br /> demonstrating water conservation efforts at the development. <br /> 02001 PROP.ENV/ST05P346R/JDZ:ly Page 6 of 12 <br /> ©2005 Kleinfelder, Inc. December 2, 2005 <br />