Laserfiche WebLink
3330 Data Drive <br /> Delta Rate 100 <br /> Rancho Cordova CA 95670 <br /> - Environmental 916/638-2085 <br /> Consultants,Inc FAX 9161638 8385 <br /> March 6, 1995 <br /> Mr Wade Broughton <br /> General Mills <br /> Post Office Box 3002 <br /> Lodi, California 95241-1906 <br /> Subject Quarterly Ground Water Level Monuonng Report, First Quarter 1995 <br /> General Mills Facility <br /> 2000 West Turner Road <br /> Lodi, California <br /> Delta Project No. D092-7,08 t ZZ) <br /> Dear Mr Broughton <br /> Delta Environmental Consultants, Inc. (Delta), has beeari< authorized by General Mills Incorporated <br /> (General Mills) to conduct a hydrogecdogic investigation and assessment of the former underground <br /> fuel oil tank location at the General Mills facility.located at 2000 West Turner Road, Lodi, <br /> San Joaquin County, California. The location of the site is shown in Figure 1 and site features are <br /> shown in Figure 2 <br /> Introduction <br /> This letter report presents the results of the first quarter 1995 ground water table elevation <br /> measurements Ground water sampling-at the site has been conducted on a bi-annual basis, during <br /> the second and fourth quarters. <br /> Ground Water Table Elevates N(easucr meats <br /> Three on-site monitoring wells were,measured for depth,to ground water on February 9, 1995 <br /> Depth to ground water at the site ttangead from 40.33 and 40 54 feet below the tops of the well <br /> casings Cumulative ground water table±;measurements are compiled in Table 1 The ground water <br /> table elevation increased approximately one-third of a foot since the previous quarterly momtormg <br /> event on November 11, 1994. Ground°vista table misurements collected on February 9, 1995, <br /> were used to construct the water tahi<e contour map down fit Figure 3 The inferred direction of <br /> ground water flow is toward the southwest vntah a hydraulic g6diont of approximately 0 003 <br /> Discussion <br /> Based on the ground water level mmuirements-obtained on February 9, 1995, the current ground <br />. water flow direction and gradient is consistent with previous�UMobtained at the site, since initiation <br /> of quarterly ground water monitoring in May 1992 <br />