Fort Walton Beach Ordinance — 1750 sale real property 109 Ready — reading text

drinking water standards ( applicable federal DWS). and/ or RLGW- 02FD ( 134 mg/ i) , RLGW- 03 I Calcium was detected in RLGW- 02 ( 137 mg/ i) 98. 9 mg/ i) , RLGW- OSD ( 4. 4 mg/ i) I RLGW- 07 ( 20 I mg/ i) , RLGW- 07D ( 81. 8 mg/~), at 09 ( 16. 8 mg/ i) , and RLGW- ll ( 32. 5 rng/~) RLGW- 08 ( 64. 5 mg/ i) , RLGW- times the background concentration. concentrations at or exceeding three II but not detected in the groundwater samples was Nickel was detected in five background sample. the background Iron was detected in allmonitoring well samples , including th~ federal and state secondary DWS of samples at concentrations exceeding RLGW- 02FD ( 5, 300 i) , RLGW- mg/ 02 ( 5390 ~ g/ i), Ij 300 mg/ i. The levels in RLGW- 03 ( 5120 ~ g/ i), RLGW- 04 ( 2430 ~ g/ i), RLGW- 05D ( 3440 ~ g/~), RLGW- 07 ( 6400 i), RLGW- 09 ( 5970 ~ g/ i), 07D ( 58700 ~ g/ i), RLGW- 08 ( 12500 ~ g/ g/ i), RLGW- of three and RLGW- ll (4770 ~ g/ i) were detected at concentrations in excess times the background concentration. and in all monitoring well samples Low levels of magnesium were detected f' Concentrations detected in RLGW- 02 ( 6. 3 mg/ i) , lb. l the potable well sample. RLGW- 02FD ( 6. 2 mg/ i) , RLGW- 03 ( 2. 9 mg/ i) , RLGW- 07 ( 4. 8 mg/ i) , RLGW- 07D 3. 5 mg/~) were 5. l mg/ i) ,RLGW- 08 ( 4. 6 mg/ i) , RLGW- 09 ( 2 mg/ i) andRLGW- ll ( the background concentration . all in excess of three times RLGW- 02FD ( 335 ~ g/ i), in samples RLGW- 02 ( 382 ~ g/ i), Manganese was detected RLGW - 07 D ( 552 ~ i), RLGW - 08 RLGW - 07 D ( 64 ~ g/ i), g/ RLGW _03 ( 203 ~ g/ i), t 1 RAl.P2 19 FINAL ( 1/ 24/ 85) j  I I 172 JJg/, R,) and RLGW- ll (71 JJg/ l) at the background concentration. All concentrations in excess of these concentrations of three times are in excess DWS of 50 ~ g/ l. of the federal and state secondary I Potassium was detected in RLGW- 02 ( 1. 8 mg/ i) , RLGW- 02FD ( 1. 8 ~ g/ i), RLGW'- i) 03 , 05 ( 1. 5 mg/ i) , RLGW- 05D ( 1. 1 mg/ 1 mg/ i), RLGW- 04 ( 7. 4 mg/ i) , RLGW- 09D ( 12. 2 6 mg/ i) , RLGW- 08 ( 3. 5 mg/ i) , RLGW- fl RLGW- 07 ( 4. 2 mg/ i) , RLGW- 07D ( 1. Ol ( 4. 7 i) at concentrations in excess 1:./ mg/ i) , RLGW- ll ( 6. 3 mg/ i) and RLP\-!- mg/ 0. 3 I ~ i). of three times the background concentration .( g/ 1 IO ( 14. 5 mg/ i) , RLGW- 10FD 1;.",I I Sodium 14. 2 mg/ was detected in RLGW- 08 ( ll. 9 mg/ i), RLGW- i) , RLPW- Ol ( 109 mg/ i) at concentrations in excess of three times the background concentration. I] Zinc was detected in RLGW- 02 ( l4 JJg/ i) , RLGW- 05 ( 14 JJg/ l) , RLGW- i), RLGW- 04 ( l7 I JJg/ ll (14 I l) , RLGW- 02FD ( 10 I ~g/ i), RLGW- 03 ( 27 ~ g/ JJg/ i) ,RLGW- RLGW- 09, RLGW- IOFD ( 12 RLGW- 08 ( 25 ~ g/, R,), 06 ( 20JJg/ i), RLGW- 07D ( 9 I ~g/ i), Zinc was not detected in the background IJJg/ i) and RLGW- IO ( 15 I ~ g/ i). sample. and undetected in the 28. 6 ~ g/, R,) 11 was Arsenic was detected in RLGW- 08 ( background sample. calcium, iron, magnesium, and manganese Concentrations of arsenic, barium, for the three times the background concentration were also detected above in one or more fi1ter'ed filtered samples. Potassium and zinc were detected 6B) . and were not detected in the filtered background sample ( Table samples E.! Acetone detected in the groundwater sample was from RLGW- 02 ( 17 I ~g/ i) and 02FD ( 44 I JJg/, R,). Acetone was not detected from the field duplicate, RLGW- in the background sample. 09D ( 1. 1 I J1.g/ i) . ted in one deep well sample RLGW Carbon disulfide was detec Carbon disulfide was not detected in the background sample. J