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SOIL SUITABILITY AND <br /> NITRATE LOADING STUDY <br /> FOR <br /> UNITED METHODIST CHURCH <br /> LODI, CALIFORNIA <br /> 1 .0 INTRODUCTION <br /> This document provides an evaluation of soil suitability for septic facilities and a <br /> nitrate loading study for the proposed United Methodist Church (Church) to be located on <br /> a 5-acre parcel (the property) at 1 1011 Micke Grove Road in Lodi, California (Figure 11. <br /> The first phase of construction activities will convert the residence currently on the <br /> property into a church for approximately 65 people. The septic system serving the <br /> residence on the property will be expanded to accommodate wastewater generated by <br /> the initial 65 people who will use the church for approximately 4 hours on a weekly basis, <br /> and two office staff who will work on the premises approximately 5 days per week, 8 <br /> hours per day (Phase 1 ). <br /> In the second phase of work (Phase 2), additional church facilities, including <br /> additional buildings, will be built over a period of time. A new septic system will be <br /> constructed to treat wastewater produced by 250 people for weekly services after the <br /> Phase 2 construction has been completed. <br /> Section 2 of this document presents a history of the property, Section 3 presents <br /> regional soil and groundwater information, and Section 4 presents local soil and <br /> groundwater information. Section 5 summarizes an evaluation of the on-site soils and <br /> Section 6 presents a study of the liquid and nitrate loadings rates associated with the <br /> initial and maximum proposed septic system use at the property. Section 7 presents the <br /> conclusions and recommendations of this evaluation of the current septic facility and the <br /> planned expansion of the septic facilities for the property. <br /> 2.0 BACKGROUND <br /> This section provides a brief history of the property. Land use history will be <br /> documented with particular attention to the current septic system. <br /> SAC 125.12 1 <br /> DAMES & MOORE <br />