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City Council Agenda Packet 04-09-2007 Special AGENDA BIOSOLIDS WORKSHOP Monday, Ap riI 9, 2007 - 5:00 p.m. Academy Room, Monticello City Hall 1. Background Information 2. Revised Population Projections 3. Impact of Revised Projects on Current Project 4. Council Action Options 5. Award Project As-Bid 6. Reject Bids and Re-Bid 7. Reject Bids and Delay Project 1 to 3 Years 8. Cost Comparisons of Council Action 9. Estimated Cost to Staywith Liquid 10. Financing Discussion 11. Set Financing WOIkshop Date PARTICIPANTS ; 1. Bolton & Menk (Design Engineer) Bob Brown Paul Saffert 2. Professional Services Group (PSG) WWTP Operating Contracll:>r Chuck Keyes 3. Pro Ag Crop Consultants (City biosollds farm application/crop consultant) Rick Gilberlson 4. WS B & Associates (City's Consulting Engineer) Brat Weiss 5. Ehlers & Associates (City's Financial Consultant) Mark Ruff 6. 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Gilbertson President I for John Slmola Director of Public Works City of Monticello January 19, 2007 For the 2006 crop growing season, soybeans were planted on the West y" and com was planted on the East y" of the field that is the city of Monticello biosolids landspread site in Monticello Township (NE;4 of Sec. 8, T12lN-R25W). Soybean yield measurements were collected by means 0 f a geographically referenced yield monitor mounted on the combine and that yield map is included as part of this report. Soybean variety Pioneer 91Ml3 was planted on the West Y, of the field. Average soybean yield for the West Y, was 48.8 bushels per acre, including the dryland comers. Com yield on the East Y, of the field was 176.4 bushels per acre. Yearly crop yields are listed in table 8 of the report. TEST REPORTS Tests were taken during the growing season to evaluate the soil nutrient status at the site. Soil test results from samples collected in 2006 are presented in tables 1 and 2. The current nutrient levels remain satisfactory for the current crop rotation. Soil test Phosphorus levels spiked in this year's samples relative to the historical readings due in part to the warm and dry early spring. So il test Potassium levels continue to be on the low side of being adequate for optimum yields. Maximum economic yields can only be realized with the addition ofhigher levels of applied commercial Potassium applied as a bulk spread application before planting corn. The dynamics of nitrate-nitrogen, a mobile soil nutrient on the site, were also monitored by various means. Soil nitrate-nitrogen measurements taken in the fall of2006 (table 2), show very high levels of residual nitrate-nitrogen left in the top two feet throughout the field. These levels indicate considerable soil mineralization of nitrogen during the past growing season and the potential to capture some of this residual nitrogen in the 2007 crop. If early season rains in the coming year are not excessive, a significantly larger amount of nitrogen should be available to the developing com and soybeans on the site. Analysis of groundwater monitoring well sites within the field (table 4) indicates that the nitrite + nitrate-nitrogen levels in the two easternmost downgradient monitoring wells (MW-1 0 and MW-13) continue to remain higher than sampling wells MW-7 and MW-11 on the West side of the field. Additionally, the nitrite + nitrate-nitrogen levels in these wells in as well as MW-8 in the interior 0 f the field tend to fluctuate widely from year to year. When analyzed along with late season rainfall data, there is a direct correlation between high nitrite + nitrate-nitrogen levels in the monitoring wells and above average precipitation for the combined months of August, September and October. In years of excessive rainfall during these three months, the nitrite + nitrate-nitrogen levels rise in the downgradient monitoring wells on the site (see table 5). This has been the case in four ofthe last five years. In the early fall, crop water uptake begins to taper and any excessive rainfall has a tendency to flush mobile nutrients such as nitrogen away from the crop roots and lower into the soil profile. Care must be taken to not over-apply fertilizer to the site, especially in light ofthe rather large amount of surface nitrate-nitrogen available to the developing crops as measured in the top two feet of the soil last fall. Commercial nitrogen applications next year will need to be limited to a small amount in the starter fertilizer due to the amount already applied to the field in the form ofbiosolids. WEATHER SUMMARY Daily precipitation (table 6) during the 2006 growing season started out dry in most of April with most ofthe month's total falling the last couple of days. May was warm and dry with only about half the normal precipitation. June continued the trend ofwarmer than average temperatures but moisture was distributed throughout the month. July was very hot and dry with barely over an inch of precipitation for the month during the critical flowering and early reproductive stages of both the com and soybeans planted in the field. July temperatures averaged a blistering 5 degrees warmer than normal for the month. August rains brought some reliefbut not until the middle of the month and then again in the last week. September was slightly cooler than normal, attnlmtable to the consistent rains throughout the month, winding up over 2.25 inches wetter than normal. The irrigation system didn't run at all in September this past year. October was cooler than normal but also drier than normal with just over an inch ofrain falling during the entire month. The combined seasonal rainfall for April through October was 24.16 inches compared to the norma] of22.57 inches at the monitoring site. Most of the surplus came in the month of September. Supplemental irrigation amounts and months of application are presented in table 7 accompanying this report. BIOSOLIDS APPLICATIONS (2005 and 2006) Biosolids were applied to the 34.5 acres ofMon ] and the 34.6 acres ofMon 2 after soybean harvest was completed in the fall of2005. Product was applied between October 13,2005 and October 25, 2005 at an average application rate of9,266 gallons per acre (1.072 dry tons per acre) on Mon] and 8,747 gallons per acre (1.124 dry tons per acre) on Mon 2. The product was then incorporated with a disc to reduce odor and eliminate the chance for off-site movement. Analytical tests performed on the biosolids indicate that a total of 134.0 pounds per acre of nitrogen were supplied to Mon I by this application rate. In addition, there was a carryover nitrogen value from the spring 2005 applications to the same ground of6.9 pounds per acre of nitrogen, for a total of 140.9 pounds nitrogen per acre available to the com grown on Mon I. Tests performed on the biosolids applied to Mon 2 indicate a total of140.5 pounds ofnitrogen supplied. With the carryover of7.5 pounds per acre from the spring 2005 application, a total of 145.0 pounds per acre of nitrogen was available for com use on Mon 2 during the 2006 cropping year. Supplemental commercial fertilizer nitrogen (supplied as com starter and a sidedress application) was applied at 80 pounds per acre on both Mon I and Mon 2 to the com crop. Mon 3 and Mon 4 (the West Y, of the field) were spread with biosolids in the spring of2006 in preparation for planting soybeans in that portion of the field in 2006. Biosolids were applied to Mon 3 and Mon 4 from April II, 2006 to April 21, 2006 and incorporated with a disc. An average of7,379 gallons per acre (1.351 dry tons per acre) ofbiosolids were applied to Mon 3, and test results indicate that 161.3 pounds ofnitrogen were supplied to the 2006 soybean crop in this area from this application. With a carryover credit of 16.4 pounds nitrogen from the spring 2005 application, the total nitrogen available to the soybeans from biosolids was 177.7 pounds per acre in this area of the field. Biosolids were applied to Mon 4 at an average of8,943 gallons per acre (1.175 dry tons per acre), and test results indicate that 140.3 pounds of nitrogen were supplied to the soybean crop in 2006 in this area from this application. With a carryover credit of 16.8 pounds nitrogen from the spring 2005 application, the total nitrogen available to the soybeans from biosolids was 157.1 pounds per acre in this area of the field. Biosolids were applied to the 35. I acres ofMon 3 and the 35.7 acres ofMon 4 after soybean harvest was completed in the fall of2006. Biosolids were applied between October 11, 2006 and October 26, 2006 and incorporated with a disc to reduce odor and eliminate the chance for off-site movement. An average of8,939 gallons per acre (1.247 dry tons per acre) were applied to Mon 3, and test results indicate 145.9 pounds per acre of nitrogen will be available to next year's com in this area of the field from the application. Carryover nitrogen from the previous year's application of 17.4 pounds per acre added to the 145.9 pounds bring the total pounds of nitrogen available to the com of163.3 pounds per acre. An average of9,599 gallons per acre (1.105 dry tons per acre) were applied to Mon 4, and test results show 129.2 pounds per acre of nitrogen available to the com in this area of the field from the application. Carryover nitrogen from the previous year's application of 15. I pounds per acre added to the 129.2 pounds bring the total pounds of nitrogen available to the com of144.3 pounds per acre. These applications will fulfill the com nitrogen requirements for the coming year with a small amount of nitrogen being supplied to the com crop at planting in the form of a starter band of commercial fertilizer. Biosolids will be applied to Mon ] and Mon 2 next spring prior to planting soybeans in those areas 0 f the field. City of Monticello Biosolids Landspread Site Map t Man 4 Man 3 Man 2 Man 1 City of Monticello Biosolids Landspread Site 2006 Soil Test Data Table 1. Soil Test Parameters, 0 to 6 inch Depth, Sampled April 8, 2006. Soil H Buffer H . CEC, me % Organic Matter Nitrate N, lb/a ,Phosphorus, m Potassium, p m Sulfur, Ib/ a Zinc, m Ma esium, m Calcium, m Soluble Salts, mmho/cm 216 134 8 4.0 286 1140 0.16 192 137 8 3.7 322 1216 0.17 188 105 12 4.2 279 1059 0.30 156 124 8 4.2 300 1235 0.10 Table 2. Soil Nitrate Nitrogen, 0 to 24 inch Depth, Sampled November 14, 2006. Lbs. Nitrate N, 0-12" Lbs. Nitrate N, 12-24" Lbs. Nitrate N, 0-24" 70 98 168 64 90 154 62 24 86 52 20 72 Table 3. Soil Test Parameters Over Time, 0 to 6 inch Sampling Depth. Q~ . 'Y. ,. .i!i1 ". F . Man 1 4/96 5.9 6.7 9.6 1.8 2 65 126 4 1.7 220 1,040 0.08 4/97 6.2 6.6 12.0 1.7 5 62 122 8 1.5 250 1,250 0.09 4/98 6.0 6.6 12.3 1.8 7 61 113 10 1.9 210 1,380 0.04 4/99 6.0 6.5 12.6 1.7 II 81 144 22 3.6 230 1,170 0.10 10/99 5.9 6.6 10.7 l.l 7 68 95 6 2.1 219 1,062 0.09 3/00 5.8 6.4 16.4 2.7 47 74 132 24 3.9 326 1,553 0.14 4/01 6.1 6.7 8.2 1.5 3 131 88 8 2.8 150 840 0.08 4/02 6.1 6.6 10.9 1.8 74 98 3.6 259 1,068 0.16 4/03 6.4 6.7 10.5 1.9 85 III 14 4.0 280 1,205 0.08 4/04 6.2 6.8 10.7 2.0 100 112 52 3.9 321 1,354 0.27 4/05 6.5 6.9 9.1 1.9 98 102 14 4.6 298 1,150 0.15 4/06 6.2 6.8 9.6 1.8 216 134 8 4.0 286 1,140 0.16 Mnn 2 4/96 5.9 6.5 14.3 2.3 5 67 172 6 2.1 280 1,420 0.08 4/97 6.0 6.5 14.3 2.2 5 63 140 8 1.8 270 1,440 0.09 4/98 5.4 6.4 14.6 1.8 51 64 140 14 2.5 220 1,370 0.11 4/99 5.9 6.4 13.9 2.1 9 65 133 20 2.5 250 1,180 0.09 10/99 5.8 6.5 13.2 1.7 7 68 126 4 2.6 273 1,231 0.09 3/00 5.7 6.6 11.2 1.8 30 64 107 18 2.8 251 1,094 0.12 4/01 5.9 6.5 10.7 2.0 2 107 96 4 2.8 190 950 0.09 4/02 6.1 6.6 11.3 2.0 79 119 3.7 290 1,090 0.15 4/03 6.1 6.7 11.4 2.2 82 117 10 3.7 288 1,214 0.08 4/04 6.2 6.9 10.1 2.0 95 122 28 3.9 327 1,304 0.28 4/05 6.5 6.9 8.9 1.8 95 93 8 3.7 310 1,100 0.01 4/06 6.1 6.7 11.2 0.9 192 137 8 3.7 322 1,216 0.17 Mon 3 4/96 6.0 6.6 12.4 1.8 11 78 183 26 2.3 260 1,290 0.14 4/97 6.1 6.5 12.7 2.2 11 75 162 12 3.1 250 1,150 0.11 4/98 6.1 6.6 12.7 1.9 7 80 148 14 3.5 250 1,380 0.05 4/99 6.2 6.6 11.5 1.9 9 78 135 20 2.8 240 1,170 0.11 10/99 5.8 6.5 13.7 1.9 24 90 104 8 3.7 294 1,301 0.15 3/00 6.0 6.6 12.1 2.2 15 73 . 135 18 3.3 285 1,210 0.11 4/01 6.0 6.5 12.3 2.1 8 139 148 8 5.0 220 1,110 0.12 4/02 6.2 6.6 12.8 1.9 95 126 4.9 296 1,232 0.08 4/03 6.0 6.7 12.8 2.2 91 152 4 5.5 334 1,376 0.20 4/04 6.3 6.8 Il.l 2.0 100 133 14 5.6 321 1,328 0.14 4/05 6,] 6.6 13.9 2.3 116 183 12 6.7 367 1,399 0.54 4/06 6.3 6.8 8.7 1.7 188 105 12 4.2 279 ],059 0.30 Man 4 4/96 6.2 6.7 10.6 1.8 5 69 157 10 2.4 230 1,210 0.15 4/97 6.1 66 13.3 2.4 6 67 145 6 3.2 290 1,440 0.08 4/98 5.8 6.5 13.4 1.9 8 73 118 10 2.8 210 1,380 0.05 4/99 5.9 6.5 ]2.6 2.1 36 76 ]24 40 3.7 230 1,180 0.09 10/99 5.8 6.6 11.0 1.6 15 77 85 4 2.8 241 1,084 0.09 3/00 5.7 6.5 12.3 2.3 15 69 116 18 3.8 246 1,107 0.11 4/01 5.9 6.6 10.1 1.8 8 133 122 6 3.9 190 950 0.11 4/02 6.2 6.5 12.2 2.2 84 110 4.4 268 1,] 13 0.06 , 4/03 5.9 6.7 11.1 1.9 90 135 4 5.0 295 1,210 0.24 4/04 6.3 6.9 9.7 1.9 92 121 10 5.1 303 1,218 0.15 4/05 5.9 6.7 10.6 1.9 106 142 12 5.9 322 1,] 17 0.49 4/06 6.2 6.8 10.3 1.9 156 124 8 4.2 300 1.235 0.10 I City of Monticello BiosoIids Landspread Site Groundwater Monitoring Well Data Table 4. Groundwater Monitoring Well Sites, Nitrite + Nitrate Nitrogen Levels (ppm). 10/31/96 13.00 21.00 7.30 20.00 14.00 14.00 22.00 4/21/97 6.70 23.00 5.90 21. 00 12.00 10.00 16.00 7/29/97 2.70 23.00 6.20 17.00 17.00 11.00 23.00 10/8/97 <0.02 26.00 7.20 19.00 15.00 12.00 21.00 4/9/98 6.20 20.00 5.60 15.00 11.00 9.40 15.00 7/23/98 6.00 21.00 6.90 17.00 14.00 13.00 20.00 10/14/98 6.30 18.00 5.90 16.00 13.00 15.00 14.00 5/11/99 7.60 20.00 7.60 15.00 11.00 10.00 13.00 7/14/99 8.40 22.00 8.40 16.00 14.00 11.00 21.00 10/5/99 11.00 23.00 7.60 20.00 16.00 16.00 23.00 4/18/00 12.00 20.00 9.40 16.00 11.00 14.00 17.00 7/6/00 8.20 17.00 11.00 17.00 12.00 20.00 16.00 10/17/00 8.30 15.00 10.00 16.00 12.00 16.00 12.00 4/5/01 8.40 15.00 11.00 16.00 6.10 13.00 14.00 7/11/01 5.50 16.00 8.40 24.00 14.00 16.00 29.00 10/15/01 6.90 18.00 7.40 20.00 15.00 12.00 30.00 4/24/02 10.00 16.00 7.50 17.00 12.00 12.00 18.00 7/15/02 6.30 17.00 8.40 16.00 14.00 18.00 21.00 10/16/02 4.40 33.00 6.80 31.00 14.00 18.00 36.00 11/18/02 28.00 22.00 27.00 12/29/03 7.00 24.00 8.20 35.00 10.00 15.00 27.00 10/18/04 5.90 16.00 11.00 33.00 8.60 12.00 26.00 10/18/05 6.00 24.00 8.60 43.00 12.00 12.00 46.00 10/25/06 7.70 35.00 8.40 43.00 18.00 16.00 37.00 City of Monticello Biosolids Landspread Site Groundwater Monitoring Well Trends Table 5. Downgradient Monitorng Well Nitrite + Nitrate-Nitrogen Levels and Fall Precipitation. 10/1996 21 20 22 21 2.05 1.15 1.10 4.30 1011 997 26 19 21 22 7.26 1.85 1.42 10.53 10/1998 18 16 14 16 3.82 0.69 2.09 6.60 10/1999 23 20 23 22 5.06 1.46 0.67 7.16 10/2000 15 16 12 14 1.62 0.51 1.81 3.94 10/2001 18 20 30 23 3.06 1.86 1.28 6.20 I 0/2002 33 31 36 33 8.22 6.02 5.31 19.55 12/2003 24 35 27 29 0.39 3.28 1.19 4.86 10/2004 16 33 26 25 2.61 6.86 4.80 14.27 10/2005 24 43 46 38 3.05 11.45 5.33 19.83 I 0/2006 35 43 37 38 4.56 5.76 1.19 11.51 '!L,' 2006 Daily Precipitation Report Section 18, W. Monticello Township, Wright County Table 6. Daily Precipitation in Inches. tij!t~~'6~iill~Jiimflll~fi~~'1I1~~DI<lX~~b~ 1 0.22 0.22 2 0.72 DAD 3 1.35 4 0.65 5 6 0.71 2.30 0.10 7 8 9 0.28 0.14 0.01 10 0.06 0.05 11 0.16 12 0.48 13 1.21 14 0.55 0.05 15 0.15 16 0.48 0.18 0.55 17 0.22 0.10 1.35 18 0.05 0.22 0.11 0.05 19 0.07 20 21 0.05 0.05 22 0.62 0.80 23 0.78 0.23 24 1.40 1.80 0.08 25 0.22 26 i 27 0.02 0.19 28 0.08 29 0.05 30 3.75 0.45 0.02 31 0.38 Total 5.28 1.76 4.59 1.02 4.56 5.76 1.19 Average 2.20 3.17 4.13 3.53 3.59 3.43 2.52 City of Monticello BiosoIids Landspread Site 2006 Supplemental Irrigation Table 7. Supplemental Irrigation. June 3,696,000 1.82 3,024,000 1.59 Jul 8,184,000 4.02 6,696,000 3.52 Au st 6,732,000 3.31 5,508,000 2.90 Se tember Total 18,612,000 9.15 15,228,000 8.01 Table 8. Crop Yields, bushels per acre. 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 .f}. 197.5 (Mon I & 2) 129.2 (Mon 3 & 4)' 205.7 (Mon 1& 2) 184.3 (Mon 3 & 4) 154.0 (Mon I & 2)' 187.0 Mon 3 & 4) 209.3 (Mon I & 2) 200.9 (Mon 3 & 4) 196.8 (Mon I & 2) 185.2 (Mon 3 & 4) 176.4 (Mon 1 & 2) . II' . 47.5 (Mon 3 & 4) 30.0 (Mon 1 & 2)' 62.1 (Mon3&4) 56.4 (Mon I & 2) 57.6 (Mon 3 & 4) 49.0 (Mon I & 2) 52.3 (Mon 3 & 4) 33.3 (Mon I & 2) 39.7 (Mon3 &4) 39.6 (Mon I & 2)3 48.8 (Mon 3 & 4) , - 40% hail loss on corn, 52% hail loss on soybeans 2 _ Frost damaged corn May 19 J _ 25% hail loss on soybeans ACiWSE ~VIL IC;)I I"I.Ct"'VKi I I ,-_L_ _1-__ lABORATORIES FIELD MON 1 SAMPLE ! ! w E CNTY I I ~Llil Analysis by Agvise Laboratories TWP SECTION ,-_L_ _1-_ Northwood: (701) 587-6010 QTR ACRES : : Benson: (320) 843-4109 PREY. CROP Corn~Grain 1_,:;.._1 SUBMITTED FOR SUBMITTED BY: PR3127 CITY OF MONTICELLO PRO AG CROP CONSULTANTS REF# 10380541 1926 E HIGHVIEW DRIV LA8# 83975 MONTICELLO, MN 80X# 1226 SAUK RAPIDS, MN 56379 Date Sampled: NUTRIENT IN THE SOIL 0-12' 12-24" 0-24" Nitrate Chloride Sulfur oran inc Iron Man anese Copper Magnesium Calcium jSodium Org.Matter I onate(CCElI I D Sol. Salts 11/14/2006 II I INTERPRETATION I I VLow 181 Med I~ Date Received:1 11/16/2006 II Date Reported; I 11117/2006 70 tb/ac 98 Iblac 1681blac 1ST CROP CHOICE I 2ND CROP CHOICE I 3RD CROP CHOICE I I YIE L D GOAL I YIELD GOAL II YIELD GOAl I I II I I SUGGESTED GUIDELINES I SUGGESTED GUIDELINES SUGGESTED GUIDELINES L8/ACRE L8/ACRE IAPPLlCATION LB/ACRE IAPPLlCATION N N N P,Os P20S P,Os K,O K,O 01 I K,O 0DI Ii 0 0D I S I~~ 8 I I 8 Zn Zn Zn Fe 0 F Mn B Cu Cu Cu Mg Mg Mg ~D [fgl Lime BB Cation % Base Saturation (Typical Range) Soil pH Buffer pH Exchange II 0; C Capacity %Ca %Mg %K CJCJCJ II II I __...... . _~ f 1\.L...1 ........'1.. I I _L_ _1-_ I I w I I _L_ _1-_ I I LABORATORIES FIELD MON 2 SAM PLE CNTY TWP SECTION QTR ACRES PREV. CROP Corn~Grain 1_,:"._1 lUll Analysis by Agvise Laboratories Northwood: (701) 587-6010 Benson: (320)843-4109 SUBMITTED FOR: CITY OF MONTICELLO SUBMITTED BY: PRO AG CROP CONSULTANTS 1926 E HIGHVIEW DRIV PR3127 MONTICELLO. MN SAUK RAPIDS, MN 56379 REF# LAB# aox# 10380542 83976 1226 Date Sampled; /11114/2006 II Date Received: I 11/16/2006 II Date Reported; 11/17/2006 I INTERPRETATION I 1ST CROP CHOICE 2ND CROP CHOICE I 3RD CROP CHOICE JI NUTRIENT IN THE SOIL ''v"LOW 181 ~~ec I I I High 0-12" 64 Ib/ac YIELD GOAL YIELD GOAL I YIELD GOAL I 12-24" 90 Ib/ac I I 0-24" 1541b/ac *.."'* u** ....*.. .."'.... SUGGESTED GUIDELINES SUGGESTED GUIDELINES SUGGESTED GUIDELINES Nitrate I II I II~ APPLICATION I LB/ACRE IIAPPLlCATIONII La/ACRE I APPLICATION ~ = D N N DI I N mhorus ~ ~DI I ssrum P20S P20S DD EDI I KP I K20 I Chloride 0 CI 0 Isulfur ~ I CD s 00. 0D a a Boron 3BBE Zinc Zn ~ Zn Zn Iron 0D Fe F IManganese I II ~I I Mn Mn Copper Dc::::::Jf Maanesium CJDc=c:J ~I I Cu Cu :alcium CJDc::::::Jc=:J I~ M9 ~ odium .~B~E: Lime Jrg.Matter Carbonate(CCE) Cation I % Base Saturation (Typical Range) I Soil pH Buffer pH Exchange I II II I II I %Ca % Mg %K %Na %H Capacity SoL Salts I ~ II II II . .-..... -..................." jA1iXISE SOIL TEST REPORT N I I __L_ _.L_ LABORATORIES FIELD MON3 SAMPLE ~ : w E CNTY I I ;juil Analysis by Agvise Laboratories TWP SECTION __L_ _.L_ QTR ACRES I : Northwood: (701) 587-6010 PREV. CROP I Benson: (320) 843-4109 Soybeans 1_1;110_1 SUBMITTED FOR: SUBMITTED BY: PR3127 CITY OF MONTICELLO PRO AG CROP CONSULTANTS REF# 10380531 1926 E HIGHVIEW DRIV LAB# 76767 MONTICELLO, MN BOX# 812 SAUK RAPIDS, MN 56379 Date Sampled: II Date Received:1 11/9/2006 II Date Reported: I 11/11/2006 INTERP RET A TlON I 1ST CROP CHOICE II 2ND CROP CHOICE I ~CROP CHOICE NUTRIENT IN THE SOIL VLow I LGw ~ Med IB I I 0-12" 62 Iblac I YIELD GOAL I YIELD GOAL YIELD GOAL 12-24" 24 Ib/ac I I 0-24" B6 Ib/ac ..... u** .. I SUGGESTED GUIDELINES I SUGGESTED GUIDELINES SUGGESTED GUIDELINES Nitrate LB/ ACRE IAPPLlCATlON LB/ACRE IIAPPLICATION ~nPPLlCATION D D N N ,phorus D .ssium I 10000 PzOs P20S P20S L = D K20DI I~ 8+ K20 Chloride CI 001 10D I S sOl I S Sulfur B ::z: 01 lB. laoron ~ I DDCJ= ~Ol I~t Zinc DDCJ Zn Iron EjD ~HI~Fe ~DI 1 Fe Manganese Mn Mn Copper I ID Mn I I 0 Magnesium Cu Cu Cu = ]Calcium ~ I Mg Mg Mg 01 I Sodium CJ Lime Lime II Lime 01 I II Org.Matter ~~I Carbonate(CCE) Soil pH ~ Buffer pH Cation % Base Saturation (Typical Range) II Exchange O!~ II " u II Capacity % Ca K % Na SoL Salts c::=JDc::=J II " 1...-:-=-- ....~ ......~..... lABORATORIES --...... . _'-"'. ."1-.1 VI'\. I ,uil Analysis by Agvlse Laboratories Northwood: (701) 587-6010 Benson: (320) 843-4109 FIELD MON4 SAMPLE CNTY TWP SECTION QTR ACRES PREY CROP Soybeans w I _L_ I I _L_ I I _1._ I I _1._ I E l_l~II'_[ SUBMITTED FOR: CITY OF MONTICELLO SUBMITTED BY: PRO AG CROP CONSULTANTS 1926 E HIGHVIEW DRIV PR3127 MONTICEllO, MN SAUK RAPIDS, MN 56379 REF# lAB# BOX# 10380532 78768 812 Date Sampled: II Date Received:1 11/9/2006 II Dale Reported: I 11/11/2006 NUTRIENT IN THE SOIL I INTERPRETATION jVLO'I'lIBI Me.j [ Hig~l 1STCROPCHOI~r 2ND CROP CHOICE 3RD CROP CHOICE YIELD GOAL YIELD GOAL YIELD GOAL I II I SUGGESTEO GUIDELINES SUGGESTED GUIDELINES I SUGGESTED GUIDELINES 1 1 lB/ACRE 1~~'~/;iFfec"^"" lB~PlICATIONII 0 N Ip,osl p,Os P,Os K,O ElD I K,O 1m 001 I CI I I I I S I I B I 1 B Zn 2 Zn Fe Fe Fe 1 I Mn Mn Mn I 1 Cu ,801 I cu ~ Mg 01 I Mg Lime Lime I I Lime n II cati~1 % Base Saturation (Typical Range) I Soil pH Buffer pH Exchange I II II II II I %Ca %)Mg %K %Na %H Capacity I i II II II I 0-12" 521b/ac 12-24" 20lb/ac 0-24" 72 Iblac Nitrate .ssium D sph Chloride Sulfur Boron IZinc II Ilron II IManganese ~ Copper Ma nesium Calcium Sodium Org .Matter I !carbonatelCCEll Sol. Salts SOIL TEST REPORT Field Location N LABORATORIES FIELD MON 1 SAMPLE CNTY TWP SECTION QTR ACRES PREVo CROP Soybeans w I _L_ I I _L_ I I _1-_ I I _1-_ I E Soil Analysis by Agvise Laboratories Northwood: (701) 587-6010 Benson: (320) 843-4109 5 1_''''110_1 SUBMITTED FOR: CITY OF MONTICELLO SUBMITTED BY: PRO AG CROP CONSULTANTS 1926 E HIGHVIEW DRIV PR3127 MONTICELLO, MN SAUK RAPIDS, MN 56379 REF# LAB# BOX# 8544765 5497 897 Date Sampled: I 4/8/2006 II 111~ETATlON JII~~ fv1ed High Dale Received:1 4/11/2006 II Date Reported: I 2ND CROP CHOICE I 3RD CROP CHOICE I I I YIELD GOAL I YIELD GOAL I I I SUGGESTED GUIDELINES I SUGGESTED GUIDELINES I 4/16/2006 1ST CROP CHOICE NUTRIENT IN THE SOIL Corn-Grain YIELD GOAL 200 BU SUGGESTED GUIDELINES Nitrate B B LB/ACRE "PPLICATION 13: I KzO m :J[ Fe Bray Phosphorus 216 ppm um 134 ppm CI 0-6" Slb/ae S 25 Broadcast S Mn Cu ~ I Lime I %H Sol. Salts (0-5) 10.5 Crop 1: Sdl Nitrogen level is esbmated at 10 Ibs/acre. Nitrogen is credited 40 Ibs far the previous crop 011 University Guidelines. The Nitrogen Guidefines are based on crop use only as no nitro;jen tesl was requested. Crop Remova: P205 = 80 K20 = 54 I A1IWsE - Field Location N SOIL TEST REPORT I __L_ I I _1.._ ! I _1..__ ! LABORATORIES FIELD MDN 2 SAMPLE CNTY TWP SECTION QTR ACRES PREV. CROP Soybeans w Soil Analysis by Agvlse Laboratones Northwood: (701) 587 -60 1 0 Benson: (320)843-4109 I __L_ I I S 1_1mllo_1 SUBMITTED FOR: CITY OF MONTICELLO SUBMITTED BY: PRO AG CROP CONSULTANTS 1926 E HIGHVIEW DRIV PR3127 MONTICELLO, MN SAUK RAPIDS, MN 56379 REF# LAB# BOX# 8544 766 5498 897 Date Sampled: 4/812006 II Date Received: I 4/11/2006 II Date Reported: 4/16/2006 INTER PES I 1ST CROP CHOICE I 2ND CROP CHOICE I 3RD CROP CHOICE I NUTRIENT IN THE SOIL I I I 1'</LnwIIJ)\/V I Corn-Grain YIELD GOAL I YIELD GOAL II YIELD GOAL I 200 BU SUGGESTED GUIDELINES SUGGESTED GUIDELINES SUGGESTED GUIDELINES Broy osphorus II IPotassium 1/ 92 ppm EJLJLJEJ 137 ppm I .... .... .... .. University LB/ACRE APPLICATION LB/ACRE IAPPLICATlONI ~ N P,05 0 I I P,05 "CRE !APPLICATIONI I I Nitrate N P205 0-6" 8lb/ac ... K,O CI S 25 CI I Broad~II~R I Zn K,O : 10 0 B I Zn I Fe DI Mn I Cu I ~~ I I Lime II I I I I I I II %H I II (0-5) I 17.8 35 Broadcast K,O Chloride ~SUlfU~ nc Iron IIManaanese ICopper /Magnesium Icalcium Sodium D 367 ppm I dr'" laBI :: I D MnD 322 ppm I.... .... .... .. ! II Cu 1216 ppm 1m" E::JO ~ 26 ppm DO 0.0 .9% DO Carbonale(CCE) Soil pH 0-6" 0.17 mmho/cm ..... B o I I II II I Fe =;.;= Cu Org.Matter ~ ~I B Cation I Buffer pH Exchange I II Capacity . % Ca . ~I 6.7 ~112 meq I (6;;725) % Base Saturation (Typical Range) % K II % Na (~:~) II (~:g) II (15-20) III 23.9 II o %Mg Sol. Salts Crop 1.' Soil Nitrogen level is estimated at to Jbsiacre. Nitrcqen is credited 40 Ibs for the previous crop an University Guidelines. The Nitrogen Guidelines are based on crop use only as no nilrQJen test was requested Crop Removal: P20S = BO K20 = 54 ~1t~SE Field Location SOli T-e;- REPORT N L... ,t:......! I I __L_ _.1.._ I ! lABORATORIES FIELD MON 3 SAMPLE I w E CNTY I I Sail Analysis by Agvise Laboratories TWP SECTION __L_ _.1..__ Northwood: (701) 587-6010 QTR ACRES ! ! Benson: (320) 843-4109 PREV. CROP CornwGrain l_l~,.._1 SUBMITTED FOR: SUBMITTED BY: PR3127 CITY OF MONTICELLO PRO AG CROP CONSULTANTS REF# 8544767 1926 E HIGHVIEW DRIV LAB# 5499 MONTICELLO, MN SAUK RAPIDS, MN BOX# 896 56379 Date Sampled: 4/8/2006 II Date Received:1 4/11/2006 II Date Reported: 4/16/2006 !NTERPRETATION I 1ST CROP CHOICE I 2ND CROP CHOICE 3RD CROP CHOICE NlITF:IE NT IN THE SOIL ." J~~, IlhM:d I I Hi(:!i Soybeans I YIELD GOAL I YIELD GOAL I YIELD GOAL I 60 BU I I I I SUGGESTED GUIDELINES I SUGGESTED GUIDELINES I SUGGESTED GUIDELINES I Nitrate I University I I I LB/ACRE IAPPLlCATIONII LB/ACRE I APPLICATION I LBI ACRE IIAPPLlCATIONI Iii Bray I 188 ppm I .... .... II N "'1 I N D N ell I Phosphorus PPs 01 I p,Os 111~~ IPotassium I 105 ppm 111[::". ;:;;jr... K20 151 Broadcast I K,O Chloride CI CI CI 0-6" ~ ..U ... D S S S Sulfur 8 B IBoron II I DD ~ ~ IZinc I 4.18ppm EJEJ .HU ...... Not available Ilron I II Fe Fe Manganese Mn Mn Mn Copper ~ II IMagnesium I ""~~. Cu Cu ICalcium I 1059 ppm .... "... ~ Not available M9 Mg ISodium I 16 ppm .. lime 0.0 Lime Lime ]Org,Matter I 1.7% "'..... . ICarbonate(CCE }I B Buffer pH Cation % Base Saturation (Typical Range) 0-6" 0.3 mmhoicm ... .. Exchange Capacity %Ca ~ %Na %H 6.3 6.8 ~ (1 (1-7) (0-5) (0-5) Sol. Salts 8.7 0.6 3.1 0.8 8.9 Crop 1: Soil Nitrogen level is estimated al10 lbs/acre. The Nitrogen Guidelines are tlased on crop use only as no nitrogen test was requested. The risk of the development of iron chlorosis on soybeans on this field is low based on the sail and carbonate levels Crop Removal: P20S :: 53 K20:: 90 I SOIL TEST REPORT Field Location N LABORAfORIES FIELD MON 4 SAMPLE CNTY TWP SECTION QTR ACRES PREV. CROP Corn-Grain I _L_ I I I _L_ I I _L_ I E w Soil Analysis by Agvise Laboratories Northwood: (701) 587-6010 Benson: (320) 843-4109 I _L_ I 1_1;110_1 SUBMITTED FOR: CITY OF MONTICELLO SUBMITTED BY: PRO AG CROP CONSULTANTS 1926 E HIGHYIEW DRIY PR3127 MONTICELLO, MN SAUK RAPIDS, MN 56379 REF# LAB# BOX# 8544768 5500 896 Date Sampled: I 4/8/2006 II Date Received:' 4/11/2006 II Date Reported: I 4/1612006 INTERPRETA TlON ~ ST CROP CHOICE 2ND CROP CHOICE 3RD CROP CHOICE NUTRIENT IN THE SOIL 'oiL ~.'~V Low j [,:1e(l I H'qh Soybeans YIELD GOAL 60 BU SUGGESTED GUIDELINES I SUGGESTED GUIDELINES I SUGGESTED GUIDELINES II YIELD GOAL YIELD GOAL 0-6" 8lb/ac ODDJ moo University I LB/ACRE iAPPLlCATIONl1 LB/ACRE IIAPPLlCATIONI LB/ACRE IIAPPLlCATION 0[31 10DI I N 01 1 !p,osl 0 P,Os P,Os I I K,O 0 ~ K,O 00 ~ CI S I 10 CD B I I B B I I Nitrate Bray I 156 ppm I ... u..... u+.. ....".. 'osphorus Potassium 124 ppm ...... ...... ...... Chloride Sulfur Boron 17jnc Manganese Copper Fe B~ 300 ppm .... .... .... D Cu 01 1235 ppm ....... hU ... ~Ol Not available 22 ppm I E:]HHr Lime ro:ou 1.9 % EJF1r==t= ~I r IIDDDD Soil pH Buffer pH ~ 6.8 4.20 ppm I .... .... ~IB II...... Zn Not available Zn Zn Fe Fe 0 Mn BO I CU GO I M9 ~Ol I I Lime I 1~01 I III ran Magnesium Calcium Isodium II jOrg.Matler I ICarbonate(CCE )1 0-6" 0.1 mmho/cm Sol. Salts Cation Exchan.ge I I CapacIty . % Ca % Mg "'03 (65-75) II (15-2_0) "w" meq II 59.9 % Base Saturation (Typical Range) %K %Na II II (0-5) II 11.9 %H (1-7) 3.1 (0-5) 0.9 Crop 1: Soil Nitrogen level is es~mated at 10 Ibs/acre. The Nitrogen Guidelines are based 00 crop use ooly as no nitrogen lest was requested The risk of the development of iron chlrxosis on so)beans on this field is low based on the salt and carbonate levels Crop Removal: P205 = 53 K20 = 90 ;ermit MN UUtu~\) I PART IV SEW AGE SLUDGE MANAGI'>MENT A !2lSNSALEAClI,ITY OESCR1PIillll The application and plans indicate that the landspreadini: facility consists of 158 acres located in the S \/2 orthe NE \/4 and the N 1/2 ofthe SE \/4 orS~ctioll 8, Townshi!' 121 North, Range 25 West, Monticello Township. Wright County. Agronomic application rateo are utilized. The Facility is further described in the City's Landspreading Site I\pplication received on April 1 O. \996. on Ele with the Minnesota po\\ution ConLrol Agency. Location of Landspreading Facil ity. The southeast comer of Briarwood Avenue and West County Road 39. \J D ~ , ~ (\ \:--_~~ \J ~- a'J:1 ~~~~~. ~ . ~ \"" ~ -- -,.- ~-- ,\ ".....~ ~I' :;-.:-.... ~; ~\ \ '..z ;. --::;:......;....0 ~.:-- \ : ...- --- =. - '-. ., \.'", .~- ~~'" . \. .::~~~~_z-~,":'~~ --- .' -----..-.,.."~ ::: \ -...~' .,::' \ . I - ' \ - ---- . \ ,,-,,->-..~ /' \ ,,,....'-~ J \ ',~~, n 'r \ .....- -' y '-\ . 1- '- .?: ."\>. '.0-- 5" 27 PrO erl Une, '. ./; ~. r -1. .--' --"-~ -.-..---'- -------.-- City of Monticello SC-OS.OS226 November 22, 2006 Page 2 The groundwater samples were analY"-ed at the Braun lntertec laboratory for pH and the presence and concentration of ammonia nitrogen (NEtl), total kjcldahl nitrogen (TKN), nitrate + nitrite nitrogen (NOl' NO,), Chloride, and nitrate nitrogen (NO,). Results The results of the analyses are :rummarized in Table 1 below. For complete analytical results, please refer to the Laboratory Report sheets attached to this letter. All of the analyses were performed using United States Environmental Protection Agency or other recognized standard procedures. The laboratory data were reviewed prior to release and all quality control guidelines were met. Specific information regarding the standard operating procedure, detection limits and quality control measures is available upon request. Table 1 Laboratory Analytica.l Results Parameterl Monitoring Well MW-7 MW-8 MW-9 MW-IO MW-ll MW-12 MW-13 Chloride 21 25 43 17 19 23 19 TKN <0.50 <0.50 <0.50 <0.50 <0.50 <0.50 <0.50 (NOH NO,) 7.7 35 8.4 43 18 16 37 NH3 <0.020 <0.020 <0.020 <0.020 <0.020 <0.020 <0.020 NO., 7.7 35 8.4 43 18 16 37 pH 7.57 7.58 7.62 7.47 7.42 7.36 7.20 Conductance' 585 760 . 610 770 680 630 760 Temperatnn,' 10.3 10.0 10.6 11.0 11..2 10.3 10.3 Water 939.75 936.15 934.88 933.15 938.89 936.78 934.51 Elevlltiou ~ Chloride, TKN, (NOl + NO,), NH), and NO) are reported as mgll OT ppm. reported as l-Lmhoslcm 3 reported as oC < Analyte not present at or above the laboratory method detection limit indicated. SITE CheQk only one per row U9CDlltl'l Us.e~ta Use I)ntn MONl MON2 MOm MON4 x x x x o.y Wieght B(\.'li~ UC lAb UC Lnb ffiRAMETER lJnj" Annlyzod ~ 14-Sop-05 13-MIIT..06 A VERAlJE ToW SoIH!. 10/,,\ 2.27 2.04 2.16 Total VolitiJe "'1\ 75.8 74.; 75.05 n , , , , , , , , , , , n , , , : , ',',',',' : , , , : , : : , , : , , : : :' , .. ,.. .. " .". .. ,. '(;cldabl N (%) 10.3000 124000 IJ.3500 Armnoo;a N (%) 5.2400 4,3600 4,8000 ..... , , .. , , , , , .. .. , , , , , , , , , , , ':';-:';';':.;':-. ',', .". , , , , , .. n .. ,.. Toml 1%) 2.51 2:10 2,61 lPntil:t!ium luDO 1%\ J.J 1 1.26 1.19 , , , , , , , : , , : , .','.'. ,.. , , , , , , , , , , , , , , , , , , ;: ".'(,',,', , : , : ".--...... .. .. , , , .. , .. : ;.: : , . ':.:.:.>:','.:.:.:.;. nH (s.u.\ 7.38 7.08 7.23 , , , :. .. :,~' .. , , , , , : : : .. : ... : " .., ,',',',' .- , , .' : " ,. n Arsenic 9.44 2,40 5.92 ~ (~",.\ 1.97 1.76 1 .87 Imo/Ka) 522.00 580.00 551.00 t..d ~ 17.QO 15.90 16.45 ~ 0.58 0.90 0.74 Mb~bdcnum (moil<a\ 6.87 9..2 8.25 tJfckcl (maMa\ 19.80 n.20 26.00 Selenium (moM.) 5.94 10,30 8.12 Zinc (moM.) 401.00 356,00 3711.50 ..,.&............Il,o"'-'^.Lots..:lI~, InVnl..l,-.r.L.LotV 8m ChECk only one per row TJIlC08Ul tJ~e Dak'i Use Dntn MOl'll MON2 MOl'll MON4 x X x X Doy Wit:ght Ba'li.~ uc lAb UC Lob PERAMETER Unm A""!yzed An.lpm 12.8ep-O(, I 3-Mar-()6 AVERAGB Total SQUd~ (%) 2, 14 2,14 TotAl Volitilo ""1 71 ,5 71.50 : : : : : : : : : : : : : : : : : : : : : : : .. " : .. : : : : : : : : : : .... .. .... " .. .. Kjoldah! 1'1 (%) 10,0000 10.0000 Amm<xrill 1'1 (%) 4,8100 . 4,8100 ~1 : : : : : :;:::::::.:,> : : : : : ... : : : : .. ';':-;-;'/;'. : : : : : : : : : .... .. .. ,.. .. .... .. yo\ 3,47 3.47 Potns!lium u)(20 l') 0,82 O,H2 "... .. . , : : : : : . . . . . . . . .. . : " .. .. : : : : : : : : : : : : : : : .......,........ -:,:.:-:.:-:.;",:.'.;..' : : : " ... .. " loH (S.U,) 7.06 7.06 I::: : : : : : : .. : : : .. : : : : : : : : : .. " " .. : : : : .. .. "". .Ar.uroio (mo/!{o' 12,10 12,10 endmium (molK.) 3.55 3,55 Co""", fmolf(o' 991.00 991.00 Load i 28,40 28,40 1.20 1.20 ~lvbdenum 12,00 12,00 ickcl 45,70 4,5,70 Sdcntum. 16,70 16.70 Zinc ( ,) 477.00 477,00 Mom 3itl::~ JS.l - NITROGI:N LOADINGS "tlId.d1lNi ... . IHOOO A,mmt!nuNi % - I .,'"' "kN % . 8.0400 SLtJDOE }!DliNDS p01M)S TOTAL roUNDS l\.lr.TIIusm SOLID' NI'ROM NFROM POUNDS NITR"""" AmI. IN ~ ORG.N' NfON y.lITRoc;:F-N APpLIED DATl! LOADS MIlTIt [jALLON~ CAl.c. lIhN'TlJI1\ rt~It", OWl'",) O'/l'lOt1 , """'" .om ::1.20 1.11 :n.l~ 17... lll).:\~ 131.915 OotllMl6 " """'" ...".. '.70 16.81 32..16 87:20 lllJ.:l1S 2011.76 ()41191f16 ,. """" .59,1112 UO 11.41 3'2.16 11,20 U?..3l'I 1369.71 0"""'" " ....,. 1!7.~S(j 4.30 120'1' nl6 87.20 tl!).:\/i I~O.43 fl4!2lJtl6 10 ....,. J7.4W ,UIO '.92 nllS 87.20 It9,~1'i 701.19 CAn- Appfied on Sill! 259.006 'IM1~~ii!ll1 L~ll" j(jGU DrJ TtltDl Applied CIIJ SilD 47,1\28 nul NitmtlCl\NtfJ'Ucd l}oJ^"", 161.3 ^wIiod~ J,.l ~NitrOpa:rom.llIAt'fCZT) tho/_ 16," Dry TlJlIll Am! 1.351 othcrftOl'Mllf:lf'N'rtroltCnmHcc1 [.b<I""" 0.0 nut Nil~ ",11<<1 ""'A~ 1n.1 Nltro~UIIIldh)Cl'l'lp ~. 178.s ~NilnIprvrtteld,.. J1.o1- c"'!' Y'"teld Orpic Iii_ F.Iu.I~ M_ """"'" ,..:::.::. 207 Lov 190.0 " Lov n~t~ MOm METAL' l'OIJNI>'l POUNDS SITE 1'0\_ m..UDGP.. PEl P\;R urn At Ptl1\ APPLlllD PQ~'DS ACRE ACRE YllARS PJlESI!trr TON TONS l'IlR - APPIJIlD SITE SITE APl'N. StUOOli PER. ACRl! 1IIR.Ol1GH nMOUGJ.l: .'>OII. LII'I"l1MP. IN R^'t'P,J1 (tl'l~ '0lJIl' ACRE APPIJIlD """ 200t; TrOCrLlRP.. T.t\fl1'8 lJ8B (YEAR!!) ARSENIC 1'0 O.OOS l.3:51 0.006 0.169 O.l7~ 0 10 10 Sfj9.$ CAeMll'M J.'J6 t1,(lI',4 t.~S1 C.OOS a.lIP 0.124 0 10 10 808.0 COPI'llk 580.00 1.160 In~Sl 1..!ifi7 lS.360 Hi.92'J 0 2>0 In 141.7 rs...4l) ]5.90 O.B32 In'Sl 0.043 un 0.'100 0 1000 10 14186.3 MERCURY 0.90 OJlO2 t,!>51 0.OD2 ll.056 0.1>'5' , 10 10 1711.<1 MOLYBDENUM 9.&2 II.Ot!> 1~S1 OJI2/5 0.441 0.4(;3 ,. " 10 213,7 I<ICICa '~20 0.064 1.~~1 O.MJ7 1J.S69 0.656 , )00 10 152-1.3 m.m.1UM lO.M ll.021 1.351 OJI1R 0.120 0.1'" 0 10 10 (,16.4 7.lNC B6.00 0:'1: I.3S1 0."'- 1~.~N l(i.2G:I , '" 10 ~O7.' StTB I..m! D-l YE.ARS ^TPRP~ APrL1CAI1ON RATES 147.7 MO~ 01llER NUTJUENTS AP'PLI1!71 POlINO!! SLL1J<]!l NUTJUEJ>."T AVG.% rER.1ON AWN. ^""", DkY SL1..1OOt RATE RATE NtJ~1WlT BASIS [mt'Ks} 'OUDS TonlAc LbltM ~. ,Ii.. DryRA~i~ 2.70 27000 $4.00 USl 7297 PntM.lri1tm AA K20. ':~ Dry QniA l.2(; 12500 is.''' 1.3.11 14JIS ........", __nom MITROO&NLOADtNGS 'oId.1hlN' " . 12._ .....,..,..i.N'ib'l:l ... . '.3<500 OnllnieNi % . 1.0400 M,.t)])GE roUNDS POtJND3 TOT AI" I'CJUNDS %TStlSIiD !lOLTDS N 0IlnM Nr.ROM POt"'"'" Nrt'ROG1'!N Al'I'N, IN ;J>PLIIlD ORG,N n':."'~' N!1ItOGEN APPLIllD DA'I'E J..o.ms MEn! GALLONS CALC. rr.., lIbo1t.., bolt.. n"",,,,, 04/111()(j' " """"' 6'1.263 :UO 8,0; n.Hi 87,211 119.36 1'"".68 04/1"'" '" ...... 78."<4 ;:1-40 ll.16 32..16 17.2n 119.35 n~2,01 OMI~1I't(j 19 """'" 16.1(11 ;1..:10 11.19 32..16 ",,1JI 119..36 l.Jj:ut (WI4!flfi " ''''''1' 74.6tlt ,,, 7,41 l2.HI' ""m lt~.~6 19L24 (IMt~1l'\(, , """I' 24.lti'fi ~.W 3.31 nl6 .7.," t1~,:u; 39:i.1I9 r..naa.^rPiodIlJlSit.II 319.m Tobll Niwp. Applied LhII9il~ 5OM.9 DrJ'TflftIAftpli~DI\Sn:r, 41.965 Total Nilrop t\p?6<Id '-""Am J.40.3 APJlIied~ B.7 Carrylmlr ~1lIl (Ifrom bo... Year) LIoI^", 16,1\ DryTOIII/~ 1.17:5 0Ih0l' Form.l)r'Nlll'o- A-lied '-""- .,. TotfllN\trc:I~,il,ppIl6d 1-""_ "'.1 _u...",,,,,,,, ~yhcttn~ 11lt.:i Orf)'O"W Nltfop lt1r DOlrtyepr U.\ Cn,p Yklld """"', "'..... BD./!otl) ""'" """'" Com 7<17 Low t%J1 ....... " Low 1'7'-' MON. M!<fAI.' POTJN'l).<q POTJNT)S ,ms I'OUNO' SLUDGl! m PIl1l. Ul'ur - AI'l'UI!D POUN'J)S ACRP. ACRE YMR3 P!ESHNt' TON TON' "".R APPl..nro "PPLlED Srtll Sl1ll Al'PN, SLUDCl! PER A~P. nm.OUGH rnR.OUGH 'OIL L1l'1\nME IN RATBS '-" SOLID' ACR.P. APPJPD 200l ~J06 T1iXJURl; LIMITS usn (YEAAl) AJt.'tEN1C 2," 0.00' t.l'~ ..... ll.110 0.176 0 10 10 '(,9.3 CAD~'M 1.?6 0,.... 1.17$ .,.... 0.019 .,.... , III III 1l)7U C"PI'IlR Sto.oo 1.JG(l 1,1j'~ 1.364 13.46~ 1.c..Il'~O 0 2.\0 10 J68.6 LEAD U.9I1 0.(132 1.175 0.O~7 MGA 0.1()$ , 1000 " TAnS.? MERCURY 0,90 0.002 1_175 0.002 ('1.0.% ('1.0'8 0 10 " '2lS'23,ti MOLYBDI!.NUM 9.1;1 0.(119 1.115 ..003 fI.!'.n l).:t~~ 0 " 10 25i'r.4 NICIO!L 32..20 0.1164 J.17,S 0.076 0.571 0.641' 0 '00 1. 1546.3 SlUNIUM Hl~'O O.ll2l 1,17.5 o.o:lA I'J,09ll 0.114 . 10 III 81'S.~ ZINC 3~.OO 0.712 1.1'1'$ 0.831 u.sm lG.1'I'tl 0 ,no " ",.,2 s:ITI!;J..J11P. TN YEARS AT I'REStiN'I' APl'r.rCATlO'NRATBS 16W.6 MON' OTHER NL"'I'RIJi:N'T!I APPT.T&O PQ1.TND3 5l.uooe: Nt.-rn.tJi.N't AVG.% PERTON Al'PN, API'N DRY SLUOOI! RAW. !<An NL'TRmIT 'AS'" ''''''''''I sor.Jl)s T""'" L""^" ~DIIIIl,"',DI')'D.ui1 2." 27000 >I" J.l7S lS3.48 PI)1~Tm"" K2'0, "+., l)ry 8MiIl 1.26 '?_IWl Z5_2~ \, t7~ 29.62 MOl'3 SilcAJ;m :'!S.l 2<'07 !mROGtl"l LOADINGS doh] " - I 10.11000 - " - 4.1100 iaR " " '.19011 SLL1XlE I'OUNOS rwNllS TO'fAL rotiWDS ""nltJ$\') S(lUD.."3 "FRoM NfltoM l'OUNIlS NIt'1UJG'5N ^l'l'N. TN A~D ORO,N NlllN N~~ AI'PLmD DATIl to^'" METR GA1..t.oN!> CAL("~ ,." "bolt." Ilbtrton tOJl9/06 " """"" ".'''19 ]." 4.31 20.76 90." 116.96 :504.21 1(lf2t1lD6 >I ""''''1' '74.,6.lI1 ~.~ 11l,!r9 2Ct,76 96.20 116.96 1273..&1 10121,1)6 U I~... 04::!.,'~:\ ~~~ ~,!:I!) 20,76 96,20 116.P5 700.10 tOl2J/lJ6 " I~... (,I,4*8 <.on IO,~' 20.76 90.20 116.96 11911.61 [~1lit)6 , I~... 13.176 4.40 M2 20.76 96.20 116.96 """3 t0J2Sm6 , I~ 12.~ 1" .." 20.76 96.2n 11(,.96 m.39 10126.06 " Iftll:M'JI ~o.sull .1..00 1.4-1 20.76 9G.'Ul 116.06 '8,,",~7 G.Dom.Appliodnn SUo 31.1,7" i.au.l N'rtropr. AJIfIli~ LbWSibl 5119.7 Dry TQIIll AcIInlcd onSlto- ".773 TGblNitropAflpli.ell 1..boI^~ 145,9 ^wIied km ~S.l C41I)1lMl1"~lFf'OmjlUJIYOllr) UlIII'^~1'Il 17.~ DryTOl\I;/~ 1.241 OtImIFOI'1'IIIInf~A~ 1..boI^"" 0.' Tot&l~A,pp11fld 1....- 1{j3.~ N'itl1lp l]ud h)' Crop 0- 190.0 t:uryrn=N1~.for 1l~ )'liar !G.4 """ Yield a.pn;, NJ]"", F.I:n./a<;:t'C: """"' 0-., Com ZlS.1 "'" 1~,(1 ~IN 41.1 Lcw 164." MnNJ Mr1'AU l'OUNDS roUNnq SITI! POtJNl)S 'UJDGE Pm< PBR tm:: AT PI'.R Al'I'LIl!D roUNDs ACTlI! AClUi YIlAllS PR,E.'ENT TON 1'ON.' PER APPLIRD A1'l'Ll1lD srrn SITE AEm Rl.l,rtXi1:i PIlR ACRE. nmOUGl{ nmOUml SOlL UFllTIMT! TN Il.Atts '_1 SOl ID8 ACRll AI'l'l.MD 20'" 2007 TEXTti'Rl;': LlMITS USE (YEW) ARSENIC; 12.10 O.l'I14 I.247 c'I.Q3\'l 0.1" fI.2nS 0 " IT S35.J CADMlUM 3.j~ ('1.00'7 1.247 0.009 O.l2A n.[J3 0 In II 1120.0 CO","", ?9'1.00 ].9<2 1.24'1 ~472 16.92'1 l!'1~P9 0 ~" " 141.8 lJW) "<0 n,M7 1-247 0.071 0.'10(1 0.771 . 10" 11 14770.2 MP.RCllRY 1.211 ll,002 1.><7 0.G03 IHI:;, 0.06:1 . 10 II IRIl~.~ MnT}(BOI3:'NUM I~OO O.Q211 1..2.41 0.030 OMS 0.49ft 0 10 IT 2:1D.9 ,,= 4$."'1) 0.091 1.U7 0.114 O.t;y, 0.77(1 . 100 IT 14211.6 !lEl..BNttJM 111".10 C.OB UI7 0.0-42 0.14" 0,1510 0 10 11 :1'80.0 7JNC o177.(l{I (I,9~" 1.241 tl90 L5,J03 H;."!)~ 0 ,"" Jl :m.5 SITiiurnlNYEARs ATPRP.8ENT APPUCA11UNRATEs HI.8 ""'NJ ontIi:R Nl.;TRTEl'f1's i\lTLmJ) POl..~"DS !;LLOOa. NU"'I11JP.N'I' A,VG.% PER TON AM'N. A!'PN DRY SWDGF. RAT!! RATH N!rr:R.IEl\'T OASIS ~1IIP':KIf} R(JL'lDS 1tr'1/M. LhW^, P'Ilodpbcna,%.DtyBuiI ~A1 ]4100 69..40 1.247 lr6.SS PotaMlDm M]QQ, %, Dl)- Bail. 0.12 8200 IG,40 t.2~'J 10,4.5 .n_... -... NITROGEN LOADtNGS . IdlhlNi " . 10.0000 ............. .. . U100 icNi ... 5.1000 SLUDGE POUNDS POUNDS TOTAL pat)'NT.lS %TSU31!.D sOUIlS NFllOM ~ FROM POUNDS NtlROGJ;N ""'"'. or APl'LIED ORG.N ~;, NITROGI!' A1'l'LmD DATE T.OADS Ml!TR. OAl.LON!l CAI.c. rr~' rn..tl'm) ."",..' lOIll/f)(, .. """"" 10,141 2.'. 9.43 20.76 '%.ZO II(dM 1[03-18 lMVO(. '" ""'mp l1l'i..(18;1 ~'" 9.4ti 20.76 96.20 116,% 1106.36 If1o'l,V'l6 " "'"." 66.JJG 2.9<1 8.02 m.7G ...,. 116.~ 9'17.50 Hl/l("a(, to "'''''l' ~9.77t 1.10 l.1l2 20.76 ".20 116.96 l'~.20 ItllJA,;y; 12 ...... ~:S.I~(, ..... 15."4 2n.7/l %.20 1tl\.~ '153.41 to/2:5,{)G 10 """'" ~G.S~O H. 4.26 20.76 9/l.:Z0 116,9(; "91.33 OtJm Applkld llI\ Slfll :l4l..1>9:1 'T'lJUol Nitmpl Applilld LWSli~ 4612.0 DryTlV\A ~Ied Ml 91m I'U.~2. Tnb[ Nitmpl ~Iiad LbI^"" 129,2; APr';ecI Acrctt 35,1 CatryovlIr Nib'upl (Fnun Iul Yar) LbI^"" lJ.t Dry T(IIUI fAl!f'l:l L.I05 OIJt<<JlOl'lrl&otN Hod !.W_ '.' .toeal Nittop Aptllied LW_ 144.:1 Nitrogtm tlllOd lry C~ """ I~.O ~Nltrc1p'IfDtrmtyeat P.' C.., Yielld ~ W...... Ru.Jaen: M_ """'.' c... 21S.4 "'- l!>!l.O """"'" 47.] Low 164.7 MON' MET'AL..~ roUN1):Il f'<)lINl;lIJ SITE POUNDS SL1.1DCi'P- PER PllR 1.IFEAT PIlR APPI ,w.n P()1JNt'<l AaiE AClUl Y1W<> PRESENT 'ION TON, "", Al'Pt.Illt> APl'LlI!D srm SIT!! APPN. SUJTX;F. "", At"JW tHRCltJml THROUGIi ,ou. UJ'llTlMJ! IN RATI!S (""""'1 MlJJl)ll ACRB Al'I'Lm1J 2006 2007 TI!Xl'llI<l! LIMITS """ (YBMSl AIlmoe 11.11l O.OZ"- 1.105 0~27 O.17j) n.2lIS n 10 II 5.12.15 CADMJli'M 3.$$ 0,001 Lln D.OCR O,n95 O.tO!. n 10 II ]09(1.1 OOPPI!R ~1.00 I."" uas ",.. (4,1I~ 17.019 0 ,on II 161.6 LllAD 2$.40 D,G:!7 1.I0S (t.()tjil C1,'1l)~ 0.163: , 1000 1\ 1.4327.8 _ClIItY 1.20 O,ll(lZ I.I0S (t.oll;l 0.01111 M~l 0 10 1\ 1'm1'i.n MOLYBDBNUM ,,,no 0."" I.I0S Dim O.M.~ 0.412 0 10 II 2flil.O NIClOlL 45.70 CU191 l.t05 fl.lDl 0.647 0.74R 0 ,no II ,-nO.7 SELENItJM 1/;,7'0 0.0'3 uos 0.0:1' (I, II~ O.l~t 0 10 It m.o 7,lNC 477.00 0.9'$.4 1.105 1.0S4 fl'i.7"/0 IU24 0 soo " :lOR.6 .!:1m!. un IN YEARS AT PRF.mJN'J' AWIJCA110N RATES If)l.~ MON4 OTID:R NUTRlEl"ITS APPLl1:D POUND' SL~ N1.rl1UBNT AVG.% PF.ll1'(lN APl'N, AWN. DRY ,1.= RAIT. 'A'IE NlJ'J'RIINT 8.o\Sts fmglKa) !lOT.(I)$ TOTlfAc: lJ,,/AI: 1'hosphvrul.%,nr.,.9ul1 3.41 I'47(l1'1 09,40 1.105 76.66 PDWJIiu"" MOo. %. Dry RII","" '.111 '2(" lfi..c.o 1.105 IR.ll Ewing Farms Field Report Monti East (Corn) Planted on 4-27-06 Population of28,000 150# of starter Fertilizer ( 12-10-23 ) 2.5 qt. Lumax applied on 5-5-06 60# Act. N applied Siddress (5-29-06) Harvested on 10-28-06 Average Yield 176.4 bu/ac Moisture was about 16-17 % o ;::02ft Grower: Pete Ewing Farm : EWING FARMS Field : MONTI WEST Year: 2006 Operation : Grain Harvest Crop / Product: SOYBEANS Op. Instance: Harvest - 1 Area: 68.94 ac I' Yield: 48.81 bu/ac .d' Moisture: 10.41 % 20~'--' .. 18 ., 16' 14, U 12! .!'!. ~ 10 m ::c B- 6. 4 2 o '-.. ....,C=.c"-=":::l...' 7.0 230 39.0 55.0 710 Estimated Volume (Dry) (bu/ac) "'1/ "~/I/f,'!~t~ r~- ~t! : f 11!.I~lw';;:~:.I~.,,;~,,:~:!;'d-!.i~ . I 'f .',1 ;"1""';:',' :.. i !"'.'~i" Z:i i "''* . jf ji",;,.."'-; . {,' .~ f,^" .~ I,.ji. 'iB:":"!" 1'- :hi= """..11,,:1 f. '". ',.,' '. i"" '1 '.f" " "'J' , 'j.." ;." '" !t ! i~)'1"'''' ". .~. t 1"IJlii'!.':":" "jl' r,'1:..: ;; '.' -.,~ ,,~, ~ tll.. ~ .. u ; : in;; i .. i : a ." : ~. i ~ .~.'> ~. ~ . :- i!i . ; ,I , II>, "i-" ,a:. :"'~'J;"i... 'J I." ': .!~~ ~,~~ ''''.i,if ,';,,- "Ii -"i; Ii! ..:. 'I~ "'.:[,"i" l!~, ~.~~, "J 1,,-~,' .' , '"- ,j" " Ill. I !', .. ~ ~ .., t I. . .:., ", ',' ~.,...... jlf.,. '110; ',,'. :1"., ';""':'1''': " -;S 'I"! i."..... .!S .. a..., y" .... J., ,...,.... ~ .. J -. ... ... .." ~. ... ... ,,-0, .. ,;; ;f ~. ,.'.'.. ~;- .".1, <! - 'il.!. ' " ,'.....S.I' H.,l.... . i:: ,'. ,.,.. i " ,', ,.. I " '.. Ij';' . i f h " . '.., .,.. u, , " }= I . ' : ; ,q' J ,-",' i '. "'," ',' , II '. ' a ';-" , . 1 i' J. '~.. " ~ I 1: .. . ,:; .... ~!; ~:~.. I '. !: ,! I ~1. ,. :. ..~~ i'lii L~.u*!l'" I ... '"' If .-t >: '":I. ". . J1 5 "" ~ '" t.'.' '" .;1...- ',1;;1 'I' d:I,;".;. : I "':'ill~"1 ~ ,I' . :,' , .. '.!.I.. ., fl" ... ,. , ,.la !. '" ........ ~!. ~...:~: ....... i. .. :..; J.: .R AI... : ... .J a :I .i~I..... .J~J"'''' 11 qd:hj' . .. . il' :)' . If III ~ :w; ~.. . ,:;...,,' "J' . I. ..J +.- I jJ ..."., ...,. '. i" ' . ,'.. =i' I! , '.' '" I'!': - I, iI. ,,',"',!. I ,; "'.J I;" 'I " fit': " t.., "" , III I I 'f ~jr" 'II". . .......~j ,I .. : ~.. ~ J:~'l'l;::-4 .:. ; 21J.....R. 111 . Ii '"-1"''1... , ., ".1'. ~J' ~ ,.... i i'il'.,' ',1:;'" ii, J., ,:'l.M ,': ,: II "",' ;" I' . . ...J . " .... ~ -.1 t ;}.... 1"--..... ~,.....". ""1 ,.. ... . il.... >I.f.":'-/I !'I:' q.- "d.'". ' ..:.1 '''i. ""1(. . · J I ,... I' I J " " ''-'' I ., h'! . :J II" Ii,;! !:l"di:,i':lj1~Ji;~ !i i'-:;"., I;,' ..j ''':''',1 ",.",1 :1::'II! . ') ,; 1;:.' ,. i,: . I; '. =.'. '. I - ~ " j : ! " ;. '...1 "';1: I ! i f!..1 >, q, ',..I," I .,._li!i.. . /1" II ,- '..., .. - ". .' ',B '1'" . J"' ,I . '.,':. ;. "';"";"'-]1'" "~';"I' :,i,'rl"lf!f!ll!i'~:: jl';':i:~!!:!Jj:!il;' I ., -, .., i . 'IJ ., I~ I · . '. f.. . I it.' .. _I . :.0:.. .. ';' 4"". ""'_.> C, '*"', .. 'II .'i- ..__ _ .0 .."'- ..~ _~ Estimated Volume (Dry) .57.21. 1154.69 - 52.74 - 50.73 . 48.23 . 42.26 . 5.04 (hulac) 121.87110.15 ac) 57.21110.26 ac) 54.69 (10.15 ac) 52.741 9.97 ac) 50.73( 9.67 ac) 48.23 ( 9.17 ac) 42.2619.56 ac) AFS Software - 12/26/2006 9:50:40 AM r I i I L~~_. Page 1 of 1 1 N