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f <br /> February 13, 2006 <br /> NOA Project Number:E05174A <br /> Page 2 <br /> rain water. The result of the calculation is presented in terms of total pounds of nitrogen per year <br /> and pounds of nitrogen per acre per year. The information presented in this letter should be <br /> viewed as an initial estimate. <br /> The result of the nitrogen loading calculation is that 146,608 lbs Nitrogen(N) per year may be <br /> applied to land. This is a worst case scenario. This assumes that 50 percent of the compost will <br /> be hauled off site eventually increasing to 100 percent being hauled off site. The nitrogen <br /> loading is 218 lbs N per acre per year if all 673.81 acres were available for land application (if <br /> only half of the land was available, the result would be 436 lbs N per acre). The resulting load <br /> from only the rain water and septic system would be 2,218 lbs N total (about 3 lbs per acre). <br /> This aspect was discussed in the Soil Suitability and Nitrate Loading Study. <br /> Our professional services were performed, our findings obtained, and our conclusions proposed <br /> in accordance with generally accepted engineering principles and practices. This warranty is in <br /> lieu of all other warranties either expressed or implied. Test findings and statements of <br /> professional opinion do not constitute a guarantee or warranty,expressed or implied. <br /> If you have any questions, please do not hesitate to call. <br /> Be egards, <br /> + D GAO <br /> + avid Welch, Principal Geologist �.��0 a, W" <p <br /> CEG-2151, CHG-653, GP-1049 <br /> p� No. 2i 5i ti -k <br /> f CERTIFIED � <br /> cc: SKS Enterprises �, EG o oG s� =Q <br /> Lisa Medina, EHD OF CAL�Fpe' <br /> �= --- �-attaehment:work-sheet— - �--�- - <br /> r <br /> i <br /> N <br /> f <br /> k <br /> { <br />