â€⢠Who Reviews the Florida 62-302 Water Quality Standards?

302Parameter

303Units

304Class I

306Class II

308Class 3 and Class III-Limited (see Note 4)

316Class Iv

318Class Five

320Form I

322Form I-Treated

324Predominantly Fresh Waters

327Predominantly Marine Waters

330(i) Acenaphthene

332Micrograms/L

333 334110 almanac avg.

337 338110 almanac avg.

341 342130 annual avg.

345 346130 almanac avg.

349 350130 annual avg.

353(2) Acrolein

355Micrograms/L

356 3573 almanac avg.

360 3613 almanac avg.

364 365300 annual avg.

368 369300 annual avg.

372 373300 annual avg.

376(three) Acrylonitrile

378Micrograms/L

379 3800.13 annual avg.

383 3840.thirteen annual avg.

387 388eleven almanac avg.

391 39211 annual avg.

395 39611 annual avg.

399(4) Aldrin

401Micrograms/L

402 4030.0000038 almanac avg.;

406 4073.0 max

409 4100.0000038 annual avg.; 413 4143.0 max

416 4170.0000038 annual avg.; 420 4211.3 max

423 4240.0000038 almanac avg.;

427 4283.0 max

430 4310.0000038 annual avg.;

434 4351.iii max

437(v) Alkalinity

439Milligrams/L every bit CaCO 442three

443Shall not be depressed below xx. In waterbodies with natural alkalinity levels below xx mg/L, alkalinity shall not be reduced by more than than 25%.

467Shall not be depressed below 20. In waterbodies with natural alkalinity levels below 20 mg/Fifty, alkalinity shall not be reduced past more than 25%.

491Shall non exist depressed beneath xx. In waterbodies with natural alkalinity levels below xx mg/L, alkalinity shall not be reduced past more than 25%.

515 516600

517(6) Aluminum

519Milligrams/L

520 5211.v

522 523i.v

524(seven) 525Ammonia (Total Ammonia Nitrogen)

529(Class I, Class I-Treated, Grade III fresh water, and Class III-Limited fresh h2o)

542Milligrams/Fifty as Total Ammonia Nitrogen

547(TAN = NH 5504 551+ 552+ NH 5543 555)

556The 30-twenty-four hours average TAN value shall not exceed the average of the values calculated from the following equation, with no single value exceeding 2.5 times the value from the equation:

586T 587and 588pH 589are defined as the paired temperature (°C) and pH associated with the TAN sample. For purposes of total ammonia nitrogen criterion calculations, pH is subject to the range of half-dozen.5 to 9.0. The pH shall exist set at 6.5 if measured pH is < half dozen.5 and set at 9.0 if the measured pH is > 632ix.0.

633(8) Anthracene

635Micrograms/50

636 637460 almanac avg.

640 641460 annual avg.

644 645540 annual avg.

648 649540 annual avg.

652 653540 annual avg.

656(9) Antimony

658Micrograms/L

659 6602.4 annual avg.

663 6642.four annual avg.

667 668240 annual avg.

671 672240 annual avg.

675 676240 annual avg.

679(10)(a) Arsenic

681(total)

682Micrograms/L

683 68410

685 68610

687 68850

689 69050

691 69250

693 69450

695 69650

697(10)(b) Arsenic

699(trivalent)

700Micrograms/L

701measured as full recoverable Arsenic

706 70736

708 70936

710(11)(a) Bacteriological Quality (Fecal Coliform Bacteria) (Grade Ii Waters)

719Number per 100 ml (Most Likely Number (MPN) or Membrane Filter (MF))

731MPN or MF counts shall not exceed a median value of xiv with non more than 10% of the samples exceeding 43 (for MPN) or 31 (for MF), nor exceed 800 on whatsoever one day. To determine the percentage of samples exceeding the criteria when at that place are both MPN and MF samples for a waterbody, the percent shall be calculated every bit 100*(n 793mpn 794+north 795mf 796)/N, where n 799mpn 800is the number of MPN samples greater than 43, due north 810mf 811is the number of MF samples greater than 31, and N is the full number of MPN and MF samples.

831(xi)(b) Bacteriological Quality 834( 835Escherichia 836coli 837Bacteria)

838(Form I and Class I-Treated Waters)

844Number per 100 ml (Most Probable Number (MPN) or Membrane Filter (MF))

856MPN or MF counts shall non exceed a monthly geometric mean of 126 nor exceed the Ten Pct Threshold Value (TPTV) of 410 in 10% or more than of the samples during whatsoever 30-day period. Monthly geometric means shall exist based on a minimum of 5 samples taken over a 30-day flow.

907(11)(c) Bacteriological Quality 910( 911Escherichia 912coli 913Leaner)

914(Class III Predominantly Fresh Waters)

919Number per 100 ml (Nigh Likely Number (MPN) or Membrane Filter (MF))

931MPN or MF counts shall not exceed a monthly geometric hateful of 126 nor exceed the Ten Percent Threshold Value (TPTV) of 410 in 10% or more of the samples during whatever 30-twenty-four hours menses. Monthly geometric means shall be based on a minimum of 10 samples taken over a 30-24-hour interval period.

982(11)(d) Bacteriological Quality ( 986Enterococci 987Leaner)

988(Grade III Predominantly Marine Waters)

993Number per 100 ml (Most Likely Number (MPN) or Membrane Filter (MF))

1005MPN or MF counts shall not exceed a monthly geometric mean of 35 nor exceed the Ten Percent Threshold Value (TPTV) of 130 in 10% or more than of the samples during any xxx-day menstruum. Monthly geometric means shall be based on a minimum of 10 samples taken over a thirty-day menstruum.

1056(12) Barium

1058Milligrams/L

1059 1060ane

1061 10621

1063(13) Benzene

1065Micrograms/L

1066 10672.0 annual avg.

1070 10712.0 annual avg.

1074 107553 annual avg.

1078 107953 annual avg.

1082 108353 almanac avg.

1086(14) Benzidine

1088Micrograms/L

1089 10900.00031 annual avg.

1093 10940.00031 annual avg.

1097 10980.020 annual avg.

1101 11020.020 annual avg.

1105 11060.020 annual avg.

1109(15) Benzo(a)-anthracene

1111Micrograms/L

1112 11130.012 annual avg.

1116 11170.012 almanac avg.

1120 11210.014 annual avg.

1124 11250.014 annual avg.

1128 11290.014 annual avg.

1132(16) Benzo(a)pyrene

1134Micrograms/L

1135 11360.0012 annual avg.

1139 11400.0012 annual avg.

1143 11440.0014 annual avg.

1147 11480.0014 almanac avg.

1151 11520.0014 annual avg.

1155(17) Benzo(b)-fluoranthene

1157Micrograms/L

1158 11590.012 annual avg.

1162 11630.012 annual avg.

1166 11670.014 annual avg.

1170 11710.014 annual avg.

1174 11750.014 almanac avg.

1178(18) Benzo(grand)-fluoranthene

1180Micrograms/L

1181 11820.12 annual avg.

1185 11860.12 annual avg.

1189 11900.14 annual avg.

1193 11940.fourteen annual avg.

1197 11980.14 annual avg.

1201(19) Glucinium

1203Micrograms/L

1204 1205xi annual avg.

1208 120911 annual avg.

1212 121364 annual avg.

1216 121764 almanac avg.

1220 122164 annual avg.

1224 1225100 in waters with a hardness in mg/L of CaCO 12353 1236of less than 250 and shall not exceed 500 in harder waters

1248(20) beta-Hexachloro-cyclohexane (b-BHC)

1251Micrograms/L

1252 12530.018 annual avg.

1256 12570.018 annual avg.

1260 12610.033 annual avg.

1264 12650.033 almanac avg.

1268 12690.033 annual avg.

1272(21)(a) Biological Wellness (Shannon-Weaver Diversity Index using Hester-Dendy type samplers)

1282(Class I Waters, Form I-Treated Waters, and Class III Predominantly Fresh Waters)

1294Per cent reduction of Shannon-Weaver Variety Index

1301The Index for benthic macroinvertebrates shall non be reduced to less than 75% of background levels every bit measured using organisms retained past a U. S. Standard No. xxx sieve and collected and composited from a minimum of three Hester-Dendy type bogus substrate samplers of 0.10 to 0.15 m 13492 1350area each, incubated for a catamenia of iv weeks.

1359(21)(b) Biological Wellness (Shannon-Weaver Diversity Index using Ekman or Ponar blazon samplers)

1371Per cent reduction of Shannon-Weaver Diversity Index

13781. Grade I, Grade I-Treated, and Class III Predominantly Fresh Waters: In lakes, the Index for benthic macroinvertebrates shall not be reduced to less than 75% of established background levels as measured using organisms retained by a U.S. Standard No. 30 sieve and collected and composited from a minimum of iii natural substrate samples, taken with Ekman or Ponar blazon samplers with minimum sampling area of 225 cm 14462 1447.

14482. Class II and Class III Predominantly Marine Waters: The Alphabetize for benthic macroinvertebrates shall not be reduced to less than 75% of established background levels as measured using organisms retained by a U.S. Standard No. 30 sieve and collected and composited from a minimum of three natural substrate samples, taken with Ponar type samplers with minimum sampling area of 225 cm 1510ii 1511.

1512(22) Bis (2-Chloroethyl) Ether

1516Micrograms/Fifty

1517 15180.066 annual avg.

1521 15220.066 annual avg.

1525 15264.i annual avg.

1529 1530iv.i annual avg.

1533 15344.one annual avg.

1537(23) Bis (2-Chloro-i-Methylethyl) Ether

1541Micrograms/L

1542 1543240 annual avg.

1546 1547240 annual avg.

1550 15514000 annual avg.

1554 15554000 annual avg.

1558 15594000 almanac avg.

1562(24) Bis (2-Ethyl-hexyl) Phthalate

1566Micrograms/L

1567 15681.5 annual avg.

1571 15721.5 annual avg.

1575 1576two.ane almanac avg.

1579 15802.1 annual avg.

1583 15842.one annual avg.

1587(25) BOD (Biochemical Oxygen Demand)

1592Shall non be increased to exceed values which would crusade dissolved oxygen to be depressed below the limit established for each form and, in no example, shall it exist dandy enough to produce nuisance conditions.

1627(26) Boron

1629Milligrams/Fifty

1630 16310.75

1632(27) Bromates

1634Milligrams/L

1635 1636100

1637 1638100

1639(28) Bromine (free molecular)

1643Milligrams/50

1644 16450.1

1646 16470.ane

1648(29) Bromoform

1650Micrograms/L

1651 1652xv almanac avg.

1655 165615 annual avg.

1659 1660260 annual avg.

1663 1664260 annual avg.

1667 1668260 annual avg.

1671(30) Butylbenzyl Phthalate

1674Micrograms/L

1675 16760.29 annual avg.

1679 16800.29 annual avg.

1683 16840.29 annual avg.

1687 16880.29 annual avg.

1691 16920.29 annual avg.

1695(31) Cadmium

1697Micrograms/L

1698Run into Notes (1) and (three).

1703Cd 1704

1705e 1706(0.7409[lnH]-4.719)

1707Cd 1708

1709e 1710(0.7409[lnH]-4.719)

1711 17128.8

1713Cd 1714

1715e 1716(0.7409[lnH]-4.719)

1717 17188.eight

1719(32) Carbaryl

1721Micrograms/50

1722 17232.1

1724 1725ii.1

1726 17272.i

1728(33) Carbon tetrachloride

1731Micrograms/L

1732 17330.95 annual avg.

1736 17370.95 almanac avg.

1740 174110 annual avg.

1744 174510 annual avg.

1748 174910 almanac avg.

1752(34) Chlordane

1754Micrograms/L

1755 17560.0010 annual avg.; 1759 17600.0043 max

1762 17630.0010 annual avg.;

1766 17670.0043 max

1769 17700.0010 annual avg.;

1773 17740.004 max

1776 17770.0010 annual avg.;

1780 17810.0043 max

1783 17840.0010 annual avg.;

1787 17880.004 max

1790(35) Chlorides

1792Milligrams/50

1793 1794250

1795Not increased more 10% above normal back-ground. Normal daily and seasonal fluctuations shall be maintained.

1811Not increased more than 10% above normal background. Normal daily and seasonal fluctuations shall be maintained.

1827In predomi-nantly marine waters, not increased more than 10% above normal dorsum-footing. Normal daily and seasonal fluct-uations shall be main-tained.

1847(36) Chlorine (total residual)

1851Milligrams/L

1852 18530.01

1854 18550.01

1856 18570.01

1858 18590.01

1860 18610.01

1862(37) Chlorobenzene

1864Micrograms/L

1865 1866110 almanac avg.

1869 1870110 annual avg.

1873 1874970 almanac avg.

1877 1878970 annual avg.

1881 1882970 almanac avg.

1885(38) Chlorodibromo-methane

1887Micrgrams/L

1888 1889ane.8 annual avg.

1892 18931.8 annual avg.

1896 189744 annual avg.

1900 190144 annual avg.

1904 190544 annual avg.

1908(39) Chloroform

1910Micrograms/50

1911 191260 annual avg.

1915 191660 annual avg.

1919 19202300 annual avg.

1923 19242300 annual avg.

1927 19282300 annual avg.

1931(twoscore) Chlorophenoxy Herbicide (two,iv,5-TP) [Silvex]

1938Micrograms/50

1939 1940160 almanac avg.

1943 1944160 annual avg.

1947 1948570 annual avg.

1951 1952570 annual avg.

1955 1956570 almanac avg.

1959(41) Chlorophenoxy Herbicide (2,4-D)

1964Micrograms/L

1965 19661200 annual avg.

1969 19701200 annual avg.

1973 197413000 annual avg.

1977 197813000 annual avg.

1981 198213000 almanac avg.

1985(42) Chlorpyrifos

1987Micrograms/50

1988 19890.041

1990 19910.041

1992 19930.0056

1994 19950.041

1996 19970.0056

1998(43)(a) Chromium (trivalent)

2001Micrograms/L

2002measured as total recoverable Chromium

2007See Notes (ane) and (three).

2012Cr (Three) 2014 2015e 2016(0.819[lnH]+

20170.6848)

2018Cr (III) 2020 2021east 2022(0.819[lnH]+

20230.6848)

2024Cr (III) 2026 2027e 2028(0.819[lnH]+

20290.6848)

2030Cr (Three) 2032 2033e 2034(0.819[lnH]+

20350.6848)

2036In predomi-nantly fresh waters, 2040 2041e 2042(0.819[lnH]+

20430.6848)

2044(43)(b) Chromium

2046(hexavalent)

2047Micrograms/L

2048See Annotation (3)

2051 2052xi

2053 205411

2055 2056fifty

2057 205811

2059 206050

2061 2062xi

2063In predomi-nantly fresh waters,

2067 206811. In predomin-antly marine waters,

2073 2074fifty

2075(44) Chrysene

2077Micrograms/L

2078 20791.two annual avg.

2082 2083i.2 annual avg.

2086 20871.iv annual avg.

2090 20911.4 annual avg.

2094 2095ane.iv annual avg.

2098(45) Color, etc.

2101Class IV Waters: Color, scent, and taste producing substances and other deleterious substances, including other chemical compounds attributable to domestic wastes, industrial wastes, and other wastes: Simply such amounts as will not render the waters unsuitable for agronomical irrigation, livestock watering, industrial cooling, industrial procedure water supply purposes, or fish survival.

2152(46) Conductance, Specific

2155Micromhos/cm

2156Shall not be increased more than 50% above background or to 1275, whichever is greater.

2171Shall not be increased more than than fifty% above background or to 1275, whichever is greater.

2186Shall not be increased more than 50% higher up background or to 1275, whichever is greater.

2201Shall not be increased more than 50% in a higher place background or to 1275, whichever is greater.

2216Shall non exceed 4,000

2221(47) Copper

2223Micrograms/L

2224See Notes (1) and (iii).

2229Cu 2230 2231e 2232(0.8545[lnH]-1.702)

2233Cu 2234 2235east 2236(0.8545[lnH]-1.702)

2237 22383.seven

2239Cu 2240 2241e 2242(0.8545[lnH]-1.702)

2243 22443.seven

2245 2246500

2247 2248500

2249(48) Cyanide

2251Micrograms/L

2252 2253three.seven almanac avg.;

2256 2257v.2 max

2259 22603.7 annual avg.;

2263 2264five.ii max

2266 22671.0 max

2269 22705.2 max

2272 22731.0 max

2275 22765.0 max

2278 22795.0 max

2281(49) Demeton

2283Micrograms/L

2284 22850.1

2286 22870.1

2288 22890.1

2290 22910.1

2292 22930.1

2294(l) Detergents

2296Milligrams/L

2297 22980.5

2299 23000.5

2301 23020.v

2303 23040.5

2305 23060.5

2307 23080.v

2309 23100.5

2311(51) Diazinon

2313Micrograms/L

2314 23150.17

2316 23170.17

2318 23190.82

2320 23210.17

2322 23230.82

2324(52) Dibenzo(a,h)-anthracene

2327Micrograms/L

2328 23290.0012 annual avg.

2332 23330.0012 annual avg.

2336 23370.0014 almanac avg.

2340 23410.0014 annual avg.

2344 23450.0014 annual avg.

2348(53) Dichlorobromo-methane (Bromo-dichloromethane)

2351Micrograms/L

2352 23532.1 annual avg.

2356 23572.ane annual avg.

2360 236157 annual avg.

2364 236557 annual avg.

2368 236957 almanac avg.

2372(54) Dieldrin

2374Micrograms/50

2375 23760.0000054 annual avg.;

2379 23800.0019 max

2382 23830.0000054 annual avg.;

2386 23870.0019 max

2389 23900.0000054 almanac avg.;

2393 23940.0019 max

2396 23970.0000054 annual avg.;

2400 24010.0019 max

2403 24040.0000054 almanac avg.;

2407 24080.0019 max

2410(55) Diethyl Phthalate

2413Micrograms/L

2414 2415770 annual avg.

2418 2419770 annual avg.

2422 2423840 annual avg.

2426 2427840 annual avg.

2430 2431840 annual avg.

2434(56) Dimethyl Phthalate

2437Micrograms/Fifty

2438 24392400 annual avg.

2442 24432400 annual avg.

2446 24472400 annual avg.

2450 24512400 annual avg.

2454 24552400 annual avg.

2458(57) Di-north-Butyl Phthalate

2461Micrograms/L

2462 246335 annual avg.

2466 246735 annual avg.

2470 247136 annual avg.

2474 247536 annual avg.

2478 247936 almanac avg.

2482(58)(a) Dissolved

2484Oxygen (Course I Waters, Class I-Treated Waters, Course Ii Waters, Class Iii, Class 3-Express Waters)

2499Milligrams/L

2500See Rule 250262-302.533, 2503F.A.C.

2504(58)(b) Dissolved Oxygen (Course IV Waters)

2510Milligrams/L

2511Shall not average less than 4.0 in a 24-hour menstruum and shall never exist less than three.0.

2528(58)(c) Dissolved Oxygen (Class V Waters)

2534Milligrams/50

2535Shall not be less than 0.3, l percent of the fourth dimension on an almanac basis for flows greater than or equal to 250 cubic anxiety per second and shall never be less than 0.1. Normal daily and seasonal fluctuations above these levels shall exist maintained.

2580(59) Dissolved Solids

2583Milligrams/L

2584 2585500 equally a monthly avg.;

2590 25911,000 max

2594(60) Endosulfan

2596Micrograms/Fifty

2597 25980.056

2599 26000.056

2601 26020.0087

2603 26040.056

2605 26060.0087

2607(61) Endrin

2609Micrograms/L

2610 26110.0023

2612 26130.0023

2614 26150.0023

2616 26170.0023

2618 26190.0023

2620(62) Ethylbenzene

2622Micrograms/L

2623 2624eighty annual avg.

2627 2628fourscore annual avg.

2631 2632140 annual avg.

2635 2636140 almanac avg.

2639 2640140 annual avg.

2643(63) Fluoranthene

2645Micrograms/50

2646 264718 almanac avg.

2650 265118 annual avg.

2654 2655xix annual avg.

2658 265919 annual avg.

2662 2663xix annual avg.

2666(64) Fluorene

2668Micrograms/L

2669 267077 annual avg.

2673 267477 annual avg.

2677 267894 almanac avg.

2681 268294 annual avg.

2685 268694 annual avg.

2689(65) Fluorides

2691Milligrams/L

2692 26931.5

2694 269510.0

2696 26971.5

2698 269910.0

2700 27015.0

2702 270310.0

2704 270510.0

2706(66) Guthion

2708Micrograms/L

2709 27100.01

2711 27120.01

2713 27140.01

2715 27160.01

2717 27180.01

2719(67) Heptachlor

2721Micrograms/L

2722 27230.000025 annual avg.;

2726 27270.0038 max

2729 27300.000025 almanac avg.;

2733 27340.0038 max

2736 27370.000025 almanac avg.;

2740 27410.0036 max

2743 27440.000025 annual avg.;

2747 27480.0038 max

2750 27510.000025 annual avg.;

2754 27550.0036 max

2757(68) Heptachlor Epoxide

2760Micrograms/L

2761 27620.000098 annual avg.

2765 27660.000098 annual avg.

2769 27700.000099 annual avg.

2773 27740.000099 annual avg.

2777 27780.000099 annual avg.

2781(69) Hexachloro-butadiene

2783Micrograms/L

2784 27850.018 annual avg.

2788 27890.018 annual avg.

2792 27930.018 annual avg.

2796 27970.018 annual avg.

2800 28010.018 annual avg.

2804(70) Hexachloro-cyclopentadiene

2806Micrograms/L

2807 28084.7 annual avg.

2811 2812iv.7 annual avg.

2815 28165 annual avg.

2819 2820v annual avg.

2823 2824five annual avg.

2827(71) Hexachloro-ethane

2829Micrograms/L

2830 28310.24 annual avg.

2834 28350.24 annual avg.

2838 28390.27 annual avg.

2842 28430.27 annual avg.

2846 28470.27 annual avg.

2850(72) Indeno (1,2,iii-cd)-pyrene

2855Micrograms/L

2856 28570.012 almanac avg.

2860 28610.012 annual avg.

2864 28650.014 annual avg.

2868 28690.014 almanac avg.

2872 28730.014 almanac avg.

2876(73) Isophorone

2878Micrograms/L

2879 288076 annual avg.

2883 288476 annual avg.

2887 28883600 annual avg.

2891 28923600 almanac avg.

2895 28963600 annual avg.

2899(74) Fe

2901Milligrams/L

2902 29031.0

2904 29051.0

2906 29070.3

2908 29091.0

2910 29110.3

2912 2913ane.0

2914(75) Lead

2916Micrograms/L

2917Run across Notes (1) and (3).

2922Pb 2923

2924e 2925(1.273[lnH]-

29264.705)

2927Lead 2928

2929e 2930(1.273[lnH]-

2931iv.705)

2932 2933eight.five

2934Pb 2935

2936e 2937(1.273 [lnH] -

29404.705)

2941 29428.5

2943 294450

2945 294650

2947(76) Lindane (one thousand-benzene hexachloride)

2951Micrograms/Fifty

2952Class I Waters, Form I-Treated Waters, Class II Waters, Class Iii, Course III-Limited Waters: Encounter Minimum Criteria in paragraph 297162-302.500(1)(d), 2972F.A.C.

2973(77) Malathion

2975Micrograms/L

2976 29770.1

2978 29790.1

2980 29810.1

2982 29830.one

2984 29850.i

2986(78) Manganese

2988Milligrams/Fifty

< 0.1

2989(79) Mercury

2991Micrograms/L

2992 29930.012

2994 29950.012

2996 29970.025

2998 29990.012

3000 30010.025

3002 30030.2

3004 30050.2

3006(80) Methoxychlor

3008Micrograms/L

3009 30100.023 annual avg.

3013 30140.023 annual avg.

3017 30180.023 annual avg.

3021 30220.023 annual avg.

3025 30260.023 annual avg.

3029(81) Methyl Bromide

3032Micrograms/L

3033 3034120 annual avg.

3037 3038120 almanac avg.

3041 304210000 annual avg.

3045 304610000 annual avg.

3049 305010000 annual avg.

3053(82) Methyl Chloride

3056Micrograms/L

3057 30585.67 annual avg.

3061 3062v.67 almanac avg.

3065 3066470.8 annual avg.

3069 3070470.viii almanac avg.

3073 3074470.8 annual avg.

3077(83) Methylene Chloride (Dichloro-methyl hydride)

3081Micrograms/L

3082 308336 almanac avg.

3086 308736 annual avg.

3090 30912300 annual avg.

3094 30952300 almanac avg.

3098 30992300 annual avg.

3102(84) Mirex

3104Micrograms/L

3105 31060.001

3107 31080.001

3109 31100.001

3111 31120.001

3113 31140.001

3115(85) Nickel

3117Micrograms/L

3118Come across Notes (ane) and (3).

3123Ni 3124 3125e 3126(0.846[lnH]+

31270.0584)

3128Ni 3129 3130e 3131(0.846[lnH]+

31320.0584)

3133 31348.3

3135Ni 3136 3137due east 3138(0.846[lnH]+0.0584)

3139 3140viii.3

3141 3142100

3143(86) Nitrate

3145Milligrams/L equally Northward

3148 3149x or that concentration that exceeds the nutrient criteria

3158(87) Nitrobenzene

3160Micrograms/50

3161 316212 annual avg.

3165 316612 annual avg.

3169 3170570 annual avg.

3173 3174570 almanac avg.

3177 3178570 annual avg.

3181(88) Nonylphenol

3183(4-nonylphenol)

3184Micrograms/50

3185 3186half dozen.6

3187 31886.6

3189 3190i.7

3191 3192half-dozen.half dozen

3193 3194i.7

3195(89) Nuisance Species

3198Substances in concentrations which result in the authority of nuisance species: none shall be present.

3213(90)(a) Nutrients

3215The discharge of nutrients shall continue to be express as needed to preclude violations of other standards independent in this chapter. Man-induced nutrient enrichment (total nitrogen or total phosphorus) shall be considered degradation in relation to the provisions of Rules 325562-302.300, 325662-302.700, 3257and 325862-4.242, 3259F.A.C.

3260(90)(b) Nutrients

3262In no case shall nutrient concentrations of a trunk of water exist contradistinct then as to cause an imbalance in natural populations of aquatic flora or animal.

3289(91)(a) Scent (Class 2 Waters)

3294Threshold odor number

3297Shall not exceed 24 at 60 degrees C every bit a daily average.

3309(91)(b) Odor (Class V Waters)

3314Threshold scent number

3317Aroma producing substances: only in such amounts as will not unreasonably interfere with utilise of the water for the designated purpose of this classification.

3341(92)(a) Oils and Greases

3345Milligrams/L

3346Dissolved or emulsified oils and greases shall not exceed 5.0

3356Dissolved or emulsified oils and greases shall non exceed 10.0

3366(92)(b) Oils and Greases

3370No undissolved oil, or visible oil defined equally iridescence, shall be nowadays and then equally to cause gustatory modality or scent, or otherwise interfere with the beneficial use of waters.

3398(93) Parathion

3400Micrograms/50

3401 34020.04

3403 34040.04

3405 34060.04

3407 34080.04

3409 34100.04

3411(94) Pentachloro-benzene

3413Micrograms/L

3414 34150.14 annual avg.

3418 34190.xiv almanac avg.

3422 34230.15 annual avg.

3426 34270.15 annual avg.

3430 34310.15 almanac avg.

3434(95) Pentachloro-phenol

3436Micrograms/L

3437 34380.067 annual avg.; 3441 344230 max

3444 34450.067 annual avg; 3448 3449xxx max

3451 34520.11 annual avg.

3455 34560.11 annual avg; 3459 346030 max

3462 34630.11 annual avg.

3466(96)(a) pH (Form I, Class I-Treated, and Grade Iv Waters)

3476Standard Units

3478Shall not vary more than than one unit above or below natural groundwork provided that the pH is not lowered to less than 6 units or raised above 8.v units. If natural background is less than half dozen units, the pH shall not vary beneath natural background or vary more than 1 unit above natural background. If natural background is higher than 8.5 units, the pH shall not vary above natural background or vary more than than ane unit of measurement below background.

3556(96)(b) pH (Class Ii Waters)

3561Standard Units

3563Shall non vary more than one unit of measurement in a higher place or below natural background of coastal waters equally defined in paragraph 358262-302.520(three)(b), 3583F.A.C., or more than two-tenths unit above or below natural groundwork of open waters every bit defined in paragraph 360162-302.520(3)(f), 3602F.A.C., provided that the pH is not lowered to less than 6.v units or raised above 8.5 units. If natural background is less than half dozen.5 units, the pH shall not vary below natural groundwork or vary more than one unit above natural background for littoral waters or more than two-tenths unit to a higher place natural background for open waters. If natural background is higher than 8.five units, the pH shall not vary above natural groundwork or vary more than than one unit below natural groundwork of littoral waters or more than two-tenths unit beneath natural background of open waters.

3698(96)(c) pH (Course Iii Waters)

3703Standard Units

3705Shall not vary more than i unit above or below natural background of predominantly fresh waters and littoral waters as defined in paragraph 372862-302.520(3)(b), 3729F.A.C. or more than two-tenths unit of measurement in a higher place or below natural background of open waters every bit divers in paragraph 374762-302.520(3)(f), 3748F.A.C., provided that the pH is not lowered to less than 6 units in predominantly fresh waters, or less than 6.5 units in predominantly marine waters, or raised above 8.5 units. If natural groundwork is less than 6 units, in predominantly fresh waters or 6.five units in predominantly marine waters, the pH shall not vary beneath natural background or vary more than one unit of measurement higher up natural groundwork of predominantly fresh waters and littoral waters, or more two-tenths unit higher up natural background of open waters. If natural background is higher than 8.5 units, the pH shall non vary higher up natural background or vary more than than 1 unit of measurement below natural background of predominantly fresh waters and coastal waters, or more 2-tenths unit below natural background of open waters.

3876(96)(d) pH (Class 5 Waters)

3881Standard Units

3883Not lower than 5.0 nor greater than 9.5 except certain swamp waters which may be equally low every bit 4.5.

3902(97) Phenol

3904Milligrams/L

3905 39060.3

3907 39080.3

3909 39100.3

3911 39120.iii

3913 39140.3

3915 39160.3

3917 39180.3

3919(98) Phenolic Compounds

3922Phenolic compounds other than those produced by the natural decay of plant material, listed or unlisted, shall not taint the flesh of edible fish or shellfish or produce objectionable taste or odor in a drinking water supply.

3959(99) Phosphorus (Elemental)

3962Micrograms/50

3963 39640.ane

3965 39660.1

3967(100) Phthalate Esters

3970Micrograms/L

3971 39723.0

3973 3974iii.0

3975 39763.0

3977(101) Polychlorinated Biphenyls (PCBs)

3981Micrograms/L

3982 39830.000098 annual avg.;

3986 39870.014 max

3989 39900.000098 almanac avg.;

3993 39940.014 max

3996 39970.000098 annual avg.;

4000 40010.03 max

4003 40040.000098 annual avg.;

4007 40080.014 max

4010 40110.000098 almanac avg.;

4014 40150.03 max

4017(102) p,p'-Dichloro-diphenyltrichloro-ethane (Ddt)

4021Micrograms/L

4022 40230.00015 annual avg.;

4026 40270.001 max

4029 40300.00015 annual avg.;

4033 40340.001 max

4036 40370.00015 annual avg.;

4040 40410.001 max

4043 40440.00015 annual avg.;

4047 40480.001 max

4050 40510.00015 annual avg.;

4054 40550.001 max

4057(103) Pyrene

4059Micrograms/50

4060 406143 annual avg.

4064 406543 almanac avg.

4068 406949 almanac avg.

4072 407349 annual avg.

4076 407749 annual avg.

4080(104)(a) Radioactive substances (Combined radium 226 and 228)

4088Picocuries/L

4089 40905

4091 4092v

4093 40945

4095 4096five

4097 40985

4099 41005

4101 4102five

4103(104)(b) Radioactive substances (Gross alpha particle activity including radium 226, just excluding radon and uranium)

4118Picocuries/L

4119 4120fifteen

4121 412215

4123 412415

4125 412615

4127 4128fifteen

4129 4130xv

4131 413215

4133(105) Selenium

4135Micrograms/Fifty

4136 41375.0

4138 41395.0

4140 414171

4142 41435.0

4144 414571

4146(106) Silver

4148Micrograms/L

4149Come across Note (3).

4152 41530.07

4154 41550.07

4156See Minimum criteria in paragraph 416162-302.500 4162(1)(c), F.A.C.

4164 41650.07

4166Run across Minimum criteria in paragraph 417162-302.500(1)(c), 4172F.A.C.

4173(107) Specific Conductance (see Conductance, Specific, above)

4180(108) Substances in concentrations which injure, are chronically toxic to, or produce adverse physiological or behavioral response in humans, plants, or animals

4202None shall exist present.

4206(109) Tetrachloroethylene (Perchloroethylene or 1,1,2,2-tetrachloro-ethene)

4214Micrograms/Fifty

4215 421623 almanac avg.

4219 422023 annual avg.

4223 422466 almanac avg.

4227 422866 almanac avg.

4231 423266 almanac avg.

4235(110) Thallium

4237Micrograms/50

4238 4239ane.7

4240 42411.7

4242 4243six.3

4244 42456.3

4246 42476.3

4248(111) Toluene

4250Micrograms/L

4251 425256 annual avg.

4255 425656 almanac avg.

4259 4260610 annual avg.

4263 4264610 annual avg.

4267 4268610 almanac avg.

4271(112) Total Dissolved Gases

4275Class I Waters, Class I-Treated Waters, Class 2 Waters, Class Three Waters, Grade III-Limited Waters: The percent of the saturation value for gases at the existing atmospheric and hydrostatic pressures shall be 4307 4308110% of saturation value.

4312(113) Toxaphene

4314Micrograms/L

4315 43160.0002

4317 43180.0002

4319 43200.0002

4321 43220.0002

4323 43240.0002

4325(114) Transparency

4327(Form I Waters, Form I-Treated Waters, Class II Waters, Form III, and Class III-Limited Waters)

4342Depth of the compensation point within the h2o column for photosynthetic activeness

4354The annual average value shall non exist reduced by more 10% as compared to the natural background value. Annual average values shall be based on a minimum of 3 samples, with each sample collected at to the lowest degree 3 months apart.

4394(115) trans-ane, ii-Dichloroethylene (DCE)

4398Micrograms/L

4399 4400120 annual avg.

4403 4404120 annual avg.

4407 44083900 annual avg.

4411 44123900 almanac avg.

4415 44163900 annual avg.

4419(116) Trichloroethylene (Trichloroethene or TCE)

4424Micrograms/L

4425 4426ane.3 almanac avg.

4429 4430i.three annual avg.

4433 443415 annual avg.

4437 443815 annual avg.

4441 444215 annual avg.

4445(117) Turbidity

4447Nephelometric Turbidity Units (NTU)

4451 445229 higher up natural background conditions

4457(118) Vinyl Chloride

4460Micrograms/L

4461 44620.048 almanac avg.

4465 44660.048 almanac avg.

4469 44703.0 annual avg.

4473 4474iii.0 annual avg.

4477 4478iii.0 annual avg.

4481(119) Zinc

4483Micrograms/L

4484Run across Notes (1) and (3).

4489Zn 4490 4491e 4492(0.8473[lnH]+0.

4493884)

4494Zn 4495 4496e 4497(0.8473[lnH]+0.884)

4498 449986

4500Zn 4501 4502e 4503(0.8473[lnH]+0.884)

4504 450586

4506 45071,000

4509 45101,000

4512(120) 1,ane-Dichloro-ethylene

4515Micrograms/L

4516 4517300 annual avg.

4520 4521300 annual avg.

4524 452516000 annual avg.

4528 452916000 annual avg.

4532 453316000 almanac avg.

4536(121) i,one,one-Trichloro-ethane

4540Micrograms/L

4541 454212000 annual avg.

4545 454612000 almanac avg.

4549 4550190000 almanac avg.

4553 4554190000 annual avg.

4557 4558190000 almanac avg.

4561(122) 1,one,2-Trichloro-ethane

4565Micrograms/Fifty

4566 4567ane.2 almanac avg.

4570 4571ane.two annual avg.

4574 457520 annual avg.

4578 457920 almanac avg.

4582 458320 annual avg.

4586(123) 1,1,ii,2-Tetra-chloroethane

4591Micrograms/L

4592 45930.35 almanac avg.

4596 45970.35 annual avg.

4600 46015.9 annual avg.

4604 4605v.nine almanac avg.

4608 4609v.ix annual avg.

4612(124) one,ii-Dichloro-ethane

4615Micrograms/L

4616 461722 almanac avg.

4620 462122 annual avg.

4624 46251200 almanac avg.

4628 46291200 annual avg.

4632 46331200 annual avg.

4636(125) 1,2-Dichloro-propane

4639Micrograms/Fifty

4640 4641ii.0 annual avg.

4644 4645ii.0 annual avg.

4648 464963 annual avg.

4652 465363 annual avg.

4656 465763 annual avg.

4660(126) 1,2-Diphenyl-hydrazine

4663Micrograms/L

4664 46650.077 annual avg.

4668 46690.077 annual avg.

4672 46730.48 almanac avg.

4676 46770.48 almanac avg.

4680 46810.48 annual avg.

4684(127) 1,3-Dichloro-propene

4687Micrograms/Fifty

4688 46890.59 annual avg.

4692 46930.59 annual avg.

4696 469723 annual avg.

4700 470123 almanac avg.

4704 470523 almanac avg.

4708(128) 1,2-Dichloro-benzene

4711Micrograms/50

4712 47131400 almanac avg.

4716 47171400 annual avg.

4720 47213900 annual avg.

4724 47253900 annual avg.

4728 47293900 annual avg.

4732(129) i,3-Dichloro-benzene

4735Micrograms/L

4736 47378.3 almanac avg.

4740 4741viii.3 annual avg.

4744 474518 annual avg.

4748 474918 annual avg.

4752 475318 almanac avg.

4756(130) 1,4-Dichloro-benzene

4759Micrograms/L

4760 4761340 annual avg.

4764 4765340 annual avg.

4768 47691100 almanac avg.

4772 47731100 almanac avg.

4776 47771100 annual avg.

4780(131) one,2,4-Trichloro-benzene

4784Micrograms/L

4785 47860.14 annual avg.

4789 47900.xiv annual avg.

4793 47940.15 annual avg.

4797 47980.15 annual avg.

4801 48020.fifteen almanac avg.

4805(132) 2-Chloro-naphthalene

4807Micrograms/50

4808 4809960 annual avg.

4812 4813960 annual avg.

4816 48171400 annual avg.

4820 48211400 almanac avg.

4824 48251400 annual avg.

4828(133) 2-Chlorophenol

4830Micrograms/Fifty

4831 483230 annual avg.

4835 483630 annual avg.

4839 4840860 almanac avg.

4843 4844860 annual avg.

4847 4848860 annual avg.

4851(134) 2,iv-Dichloro-phenol

4854Micrograms/L

4855 485616 annual avg.

4859 4860xvi almanac avg.

4863 486465 annual avg.

4867 486865 annual avg.

4871 487265 annual avg.

4875(135) 2,4-Dimethyl-phenol

4878Micrograms/Fifty

4879 4880120 annual avg.

4883 4884120 annual avg.

4887 48882800 annual avg.

4891 48922800 annual avg.

4895 48962800 annual avg.

4899(136) 2,4-Dinitro-phenol

4902Micrograms/L

4903 490412 annual avg.

4907 490812 annual avg.

4911 4912330 annual avg.

4915 4916330 almanac avg.

4919 4920330 annual avg.

4923(137) 2,4-Dinitro-toluene

4926Micrograms/L

4927 49280.xi annual avg.

4931 49320.11 almanac avg.

4935 49363.five annual avg.

4939 49403.5 annual avg.

4943 49443.v annual avg.

4947(138) 2,4,vi-Trichloro-phenol

4951Micrograms/L

4952 4953three.three almanac avg.

4956 49573.3 almanac avg.

4960 49616.6 annual avg.

4964 4965half dozen.half dozen annual avg.

4968 49696.6 annual avg.

4972(139) 2-Methyl-iv,half dozen-Dinitrophenol

4975Micrograms/L

4976 49771.8 annual avg.

4980 49811.viii almanac avg.

4984 498529 almanac avg.

4988 498929 annual avg.

4992 499329 annual avg.

4996(140) 3,iii'-Dichloro-benzidine

4999Micrograms/L

5000 50010.eleven annual avg.

5004 50050.xi annual avg.

5008 50090.34 annual avg.

5012 50130.34 almanac avg.

5016 50170.34 almanac avg.

5020(141) 3-Methyl-4-Chlorophenol

5022Micrograms/50

5023 5024540 almanac avg.

5027 5028540 annual avg.

5031 50322700 annual avg.

5035 50362700 almanac avg.

5039 50402700 annual avg.

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Source: http://flrules.elaws.us/fac/62-302.530/

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