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Table 1 <br />Brighton Pit <br />Evapontivs and Operational Laura <br />Month <br />Percent& <br />Amount of <br />Aggregate <br />Production <br />tens ) <br />Avenge <br />Percent of Annual <br />Concrete Production <br />Amount of Ccncnte Water Used In Concrete <br />Production Retching <br />(aCic ads aces -feel <br />Net Water Surface <br />Not Water Surface <br />Month <br />Evaporatlon <br />Oran Evaporation <br />Pnelpltatlon <br />Effective Preclpltatlon <br />Net Evapontion <br />Evaporatlon Tranchas <br />Evaporatlon Panda <br />(12) <br />(13) <br />(14) <br />(15) <br />(16) <br />0T) <br />0.09 Acne <br />9.90 Acres <br />21,768 <br />0.00 <br />Inches <br />inches <br />a <br />inches <br />me -feel <br />acnJeel <br />. 1.07 <br />(1) <br />(2) <br />(3) <br />(4) <br />(5) <br />(6a) <br />(6b) <br />J1n-14 <br />3.0% <br />1.37 <br />0.48 <br />0.34 <br />1.03 <br />0.00 <br />0.85 <br />Fab -14 <br />3.5% <br />1.59 <br />0.41 <br />0.29 <br />1.31 <br />0.00 <br />1.08 <br />Mar -14 <br />5.5% <br />2.50 <br />1.26 <br />0188 <br />1.62 <br />0.00 <br />1.34 <br />Apr -14 <br />9.0% <br />4.10 <br />1.56 <br />1.09 <br />3.00 <br />0.00 <br />2.48 <br />May -14 <br />12.0% <br />5.46 <br />2.56 <br />1.79 <br />3.67 <br />0.00 <br />3.03 <br />Jun -14 <br />14.5% <br />6.60 <br />1,84 <br />1.29 <br />5.31 <br />0.00 <br />4.38 <br />Jul -14 <br />15.0% <br />6.83 <br />1.55 <br />1.09 <br />5,74 <br />0.00 <br />4.74 <br />39,649 <br />0.00 <br />9.3% <br />12,464 <br />1.53 <br />0.36 <br />6.63 <br />-2.57 <br />Sep-14 <br />10.0% <br />4,55 <br />1.01 <br />0.71 <br />3.84 <br />0.00 <br />3.17 <br />ON-14 <br />7.0% <br />3,19 <br />0.87 <br />0.61 <br />2.58 <br />0.00 <br />2.13 <br />Nov -14 <br />4.0% <br />1.82 <br />0.93 <br />0.65 <br />1.17 <br />0.00 <br />0.95 <br />Dec-14 <br />3.0% <br />1.37 <br />0.55 <br />0.39 <br />0.98 <br />0.00 <br />0.81 <br />Total <br />100.0% <br />45.50 <br />14.55 <br />10.19 <br />35.72 <br />0.00 <br />29.15 <br />Month <br />Percent of Annual <br />Aggregate <br />Production <br />Amount of <br />Aggregate <br />Production <br />tens ) <br />Water Lost with <br />INned Product <br />(aw84"t) <br />Percent of Annual <br />Concrete Production <br />Amount of Ccncnte Water Used In Concrete <br />Production Retching <br />(aCic ads aces -feel <br />water Used for <br />Dust Central <br />acre-feel <br />Total Evaporation 6 <br />Oparatl onal Loeso <br />X'Orset <br />Lagged Pond Use <br />(Evep, Mine. Dust) <br />awe -feet <br />Lagged Wait Use Lagged Evaporation 6 <br />(Concrete) Operational Leeaes <br />acre -feel (acre-fee( <br />(7) <br />(8) <br />(9) <br />(10) <br />(11) <br />(12) <br />(13) <br />(14) <br />(15) <br />(16) <br />0T) <br />Jan-14 <br />5.1% <br />21,768 <br />0.00 <br />5.1% <br />6,843 <br />0.84 <br />0.00 <br />1.69 <br />-224 <br />. 1.07 <br />7.31 <br />Feb -14 <br />4.9% <br />20,991 <br />0.00 <br />4.9% <br />6,598 <br />0.81 <br />0.00 <br />1.89 <br />-2.04 <br />-1.02 <br />7.06 <br />Mte04 <br />12.1% <br />51,570 <br />0.00 <br />12.1% <br />16,211 <br />1.99 <br />0.36 <br />3.69 <br />-1.93 <br />-1.02 <br />-2.95 <br />Apr -14 <br />10.5% <br />44,832 <br />0.00 <br />10.5% <br />14,093 <br />1.73 <br />0.36 <br />4.57 <br />-1.93 <br />- 1.15 <br />3.08 <br />miry -14 <br />10.5% <br />44,832 <br />0.00 <br />10.5% <br />14,093 <br />1.73 <br />0.36 <br />5.12 <br />.2.06 <br />-123 <br />7.29 <br />Jun-14 <br />10.0% <br />42,500 <br />0.00 <br />10.0% <br />13,360 <br />1.64 <br />0.36 <br />6.38 <br />-2.27 <br />-1.28 <br />7.55 <br />Jul-14 <br />9.3% <br />39,649 <br />0.00 <br />9.3% <br />12,464 <br />1.53 <br />0.36 <br />6.63 <br />-2.57 <br />-1.3 <br />7.87 <br />Aug -14 <br />10.1% <br />42,759 <br />0.00 <br />10.1% <br />13,441 <br />1.65 <br />0.36 <br />6.19 <br />-2.85 <br />.1 ,3 <br />4.15 <br />SeP-14 <br />9.6% <br />41,463 <br />D.00 <br />9.8% <br />13,034 <br />1.60 <br />0.36 <br />5.13 <br />-2.99 <br />-1.32 <br />-4.31 <br />Oct -14 <br />7.7% <br />32,652 <br />0.00 <br />7.7% <br />10,264 <br />1.26 <br />0.36 <br />3.75 <br />-2.96 <br />- 1.32 <br />.4.28 <br />Nov -14 <br />4.9% <br />20,991 <br />0.00 <br />4.9% <br />6,598 <br />0.81 <br />0.36 <br />2.13 <br />-2.79 <br />-127 <br />4,06 <br />DOC -14 <br />4.9% <br />20,991 <br />0.00 <br />4.9% <br />6,598 <br />0.81 <br />0.00 <br />1.62 <br />-2.52 - <br />-117 <br />3,69 <br />Total <br />100A'A <br />425,000 <br />0.00 <br />100.9% <br />133,599 <br />16.40 <br />324 <br />46.79 <br />,29.15 <br />-14.45 <br />47.60 <br />(1) From SB 120, the evaporation peraeMages ere for gravel pits with elevations below 6,500 feel <br />(2) Equals Percent of Arnual Evapoarion Mmes 455 iltlwe <br />(3) From Colorado Slab Universily's Colorado Climate Center web page, h9p:#=atmos.mloslale.edu for Brighton Weather Statior <br />(4) Equals CoNann (3) x 0.70. 70 percent value was taken from SB 120 <br />(5) Equals Calarxn (2) - Colin (4), ff the resultant value Is less than zero than a zero Is suhs0wled <br />(6a) Equals Column (5)112 x acres for demalar trenches. <br />(6b) Equals Column (51112 x was for sit ponds. <br />(7) Based on Inloanatbn from Be away. <br />(8) Equals Column (7) x tens per year. Production based on Information from Beshvay. Thly Is producton from the mining operation on the West Sik <br />(9) Equals Cokarxs (8) linnet 2000 fines 4% divided by 624 divided by 43,560 <br />(10) Based on inloona9on from Besrway. <br />(11) Equals Cohara (10) *roe cubic yards per yea. Production based on Wormallon Mom Beshvay <br />(12) Equals Column (11) fines 40 gallons divided by 325851. Assume a use or 50 galore per arbic yard of wnaele production <br />(13) Equals 6000 gallons per day Wnas number of operating drys (20 days) in tie month divided by 325851, durbg production months (March 9xu November) <br />(141 Equals whim (Be) - Column (6b) +Cokem (9) + Colmn (12) -Cokam (13) <br />(15) From OF depletion model - distanc r weighted SOF for dewaering trench -205 drys (branch on went side inaeesed by 40% from 195 drys to 270 days) <br />(16) From SDF depletion model -SDF for Balch Pia t was . 176 days (Increased from 68 drys based on MODFLOW watysr) <br />(17) Total lagged evepwallve and operational losses from AWAS). Total of Column (15) +Calera (16) <br />It112i/2013 J.Malllrwin- 1051Walcr Rcsourrxs \Gravel Pits Civil RcsourccskBnghtonSWSP -Civil Roo-0014 SWSP%BrightonSWSP 14 Including hrvak_FD s1s <br />