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<br />NO.: 29 <br />DATE CALCIUM <br /> MG/L <br />________ _ <br />06/21/62 _____ <br />92 __ <br />.0 <br />06/29/82 78 .0 <br />07/22/82 92 .0 <br />08/30/82 120 .0 <br />09/13/82 170 .0 <br />10/t2/B2 130 .0 <br />11/15/82 240 .0 <br />12/15/07 210 .0 <br />01/04/83 230 .0 <br />OZ/2x/63 Ia0 .0 <br />03/02/83 110 .0 <br />03/08/83 120 .0 <br />03/18 X83 130. 0 <br />03/23/83 130 .0 <br />03/31/83 120 .0 <br />04/07/03 169. 0 <br />04/13/83 104. 0 <br />04/19/83 67. 0 <br />04/25/83 50. 0 <br />05/02/83 81. 0 <br />05/09/83 73. 0 <br />05/16!83 <br />05/24/83 60. 0 <br />05/31/83 50. 0 <br />06/07/03 85. 0 <br />06/13/03 79 .0 <br />06'21183 137. 0 <br />06/29/83 96. 0 <br />01/19/03 108. 0 <br />UB/26/03 173 .0 <br />09/20/83 191 .0 <br />10/21/83 758 .0 <br />11/22:83 108. 0 <br />12/2d/83 138 .0 <br />03/09/84 202 .0 <br />03/15/84 136. 0 <br />03!20/84 122. 0 <br />03/28/04 110 .0 <br />04/03/84 121 .0 <br /> <br />CVPRUS VAMPA VALLEV COAL CORP. PAGE <br />WATER OUALITV MON170RING DATA - CATIONS. ANIONS AND FLUORIDE <br />2 <br />STATION NAME: MIDDLE BELOW MINE 3 (29) TYPE: STREAM DATE: 12/26/90 <br />MAGNE$M <br />MG/L <br />40.1 <br />32.1 <br />43.1 <br />71 .I <br />83.1 <br />66.1 <br />130.1 <br />120.1 <br />150.1 <br />75.1 <br />51.1 <br />65.1 <br />67.( <br />68.( <br />63.1 <br />BO.~ <br />56.1 <br />32 . <br />21.1 <br />3B.( <br />36.( <br />34.( <br />32.( <br />44.( <br />41.1 <br />a6.1 <br />48.( <br />s+.( <br />91.1 <br />120.1 <br />e2.1 <br />66.( <br />63.1 <br />174.( <br />63.( <br />50.( <br />59.1 <br />B4.( <br />SODIUM POTA$S BICARB CARBONT HVDRO% CHLORIDE SULFATE <br /> HC03 C03 OH <br />MG/L MG/L <br />_ MG/L <br />___ <br />_ MG/L <br />_______ <br />_ MG/L <br />______ MG/L <br />______ <br />__ MG/L <br />________ <br />_______ <br />36. _ <br />0 _____ <br />3. 3 ____ <br />307. 4 6. 0 4. 0 230 <br />27. 0 1. B 230. 6 19. 2 -3. 0 160 <br />I 37 .0 3. 4 319. 6 16. 0 5 .0 230 <br />I 45. 0 4. 4 346. 5 26. 4 6. 0 450 <br />I 53. 0 4. 9 317. 2 19. 2 6. 0 650 <br />55 .0 4. 3 308. 7 33. 6 5. 0 440 <br />I 77 .U 6. 4 353. 8 13 .0 1900 <br />I 56 .0 5. 4 323. 3 6. 0 12. 0 740 <br />i 79. 0 6. 2 355. 0 6. 0 16. 0 020 <br />48 .0 a. t 259, 9 19. 2 9. 0 690 <br />~ 44 .C 3. 8 220. 8 14. 4 6. 0 601 <br />54. 0 3. 2 348. 9 21. 6 9. 0 792 <br />64. 0 4, 2 tB4. 2 27. 6 10. 0 527 <br />64 .0 4. 1 378. 2 14. 0 580 <br />61. 0 3. 3 341. 6 15. 0 580 <br />116. 0 4. 7 378. 2 15. 0 630 <br />56. 0 3. 2 341. 6 12. 0 470 <br />31. 0 3. 7 219. 6 5. 0 280 <br />22. 0 3. B 195. 2 4. 0 100 <br />31. 0 3. 0 174. 5 30. 0 3. 0 330 <br />19. 0 3. 1 205. 0 10. 8 3. 0 230 <br /> 246. 4 3. 0 230 <br />2z. a 2. 4 244. e 2. o zou <br />IB. O 1. 9 244. 0 2. 0 200 <br />35. 0 3. 7 255. 0 ?4. C 4. 0 250 <br />31. 0 3. ? 266. 0 24. 0 3. 0 240 <br />43. 0 3. U 275. 7 31. 2 4. 0 290 <br />43. 0 4. 9 279. 4 20. 4 6. 0 200 <br />35. 0 262. 3 3. 0 270 <br />61. 0 377. 0 18. 0 530 <br />61. 0 270. 6 7. 0 060 <br />59. 0 311. 1 B. 0 SB6 <br />68. 0 352. 6 12. 0 265 <br />73. 0 389. 2 15. 0 397 <br />92. 0 296. 0 20. 0 442 <br />6G. 0 247. 0 19. 0 407 <br />67. 0 239. 0 21. 0 469 <br />62. 0 ?47, C 14. 0 540 <br />48. 0 190. 0 13. 0 534 <br />FLUOR SAR <br />MG/L <br />0.79 <br />0.65 <br />O.BO <br />0.80 <br />O.B3 <br />0.1 0.98 <br />0.99 <br />0.76 <br />1.00 <br />O.Bt <br />O.B7 <br />0.99 <br />1.14 <br />1.13 <br />1.12 <br />-0.5 1.64 <br />1,10 <br />0.76 <br />0.66 <br />0.71 <br />0.45 <br />56 <br />49 <br />77 <br />71 <br />BI <br />89 <br />70 <br />95 <br />85 <br />95 <br />n <br />25 <br />28 <br />07 <br />25 <br />19 <br />82 <br /> <br />