Record Details
page 2-18
Digital Collections at BYU
| Field | Value |
|---|---|
| Title | page 2-18 Phase II summary report (final) : Utah Lake water quality, hydrology and aquatic biology impact analysis summary for the irrigation and drainage system--Bonneville Unit, Central Utah Project, page 2-18 |
| Coverage | Electronic reproduction; |
| Format | 2-18 text/PDF |
| Rights | Brigham Young University; http://lib.byu.edu/about/copyright/generic.php Public Domain Public |
| Language | English; eng; en |
| Relation | Central Utah Project; Western Waters Digital Library; table 2a aa 10 state of utah numerical standards for protection of beneficial uses of water CLASSES domestic recrea reccea recreation tion aquatic aqu atic abic agriculture indus inaus inous source i A aesthetics esthetics wildlife try tny r special constitutent Constitute nt IA 18 IC 2a aa 23 3a aa 38 3c ac 30 4 5 6 bacteriological No no100 nolooml loo 100 ml loday 30 day geometric mean maximum total Coli conforms forms 1 so 50 5000 1000 5000 maximum fecal feea Coli conforms forms 2000 200 2000 physical total Ois ols dissolved solved gasses b b minimum mi nikuni nimuni 00 mgt mg1 a 5 5.5 55 55 5 5 5.5 55 55 5 6 5.5 55 55 5 60 6.0 60 63 5.5 55 55 5.5 55 55 maximum temperature 200c 270c 27c maximum temp change chance zoc 40c 4c ac ph 6 690 6590 659.0 690 69.0 6590 65 90 659.0 6590 65 6590 90 690 630 6 690 6590 659.0 69.0 65 90 6.5 65 65 6590 659.0 6590 90 go 9.0 90 659. 659 65 659 9 659.0 6590 65 6590 90 659.0 6590 65 6590 90 6590 659.0 65 6590 90 6590 659.0 6520 652.0 6590 65 5520 5590 90 20 turbidity increase c 10 NTU 10 NTU 10 NTU MTU 10 NTU 15 NTU HTV chemical maximum mq11 mg1 mgt G a arsenic dissolved 05 .05 05 05 05 .05 05 .05 05 s 1 .1 barium dissolved 1 1 1 S cadmium dissolved olo .010 010 010 olo .010 010 010 olo .010 010 00044 .00044 004d oi 71 0 .0 .01 01 chromium C dissolved 05 .05 05 05 .05 05 05 .05 05 lo io .10 10 lo io .10 10 S io lo .10 10 lo io .10 10 i2 ia 2 copper dissolved 01 oi .01 01 01 oi 01 .01 i 2 .2 cyanide 005 305 .005 005 005 .005 005 S ea iron dissolved 10 1.0 10 13 1 10 1.0 io lo 0 1.0 10 lo io LU lead dissolved 05 05 .05 05 .05 05 5 05 05 .05 05 .05 05 05 os 05 .05 i 1 .1 t t mercury total 002 002 .002 002 .002 002 002 .002 002 .00005 00005 .00005 00005 .00005 00005 phenol 01 qi 01 .01 01 oi .01 01 GO 0 seleni selenium um dissolved 01 oi .01 01 01 oi .01 01 01 oi .01 01 05 .05 05 05 .05 05 05 .05 05 silver dissolved 05 05 .05 05 05 .05 05 .05 05 Os 01 oi .01 01 oi 31 .01 01 5 0 5 zinc dissolved 05 .05 05 05 .05 05 s nho nhi as N unionized un ionized 33 73 .02 02 02 02 .02 5 0 z ch chlorine rin 002 002 .002 0 2 01 oi .01 01 5 a W laa uia 0 fl fluoride rid dissolved a 142.4 1424 14 1424 24 1 1424 142.4 1424 14 2.4 24 24 142.4 1424 14 1424 24 2 NO as M N 10 10 10 5 j S boron won dissolved 75 .75 75 ui LJ H KS s 002 002 .002 002 002 .002 2 s UJ c tis TOS f 1200 Z UJ 2 1 a 03 radiological maximum pci1 ocill obill X 3 gross alpha is 15 is 15 is 15 15g isg gsg 15g 159 y 15g 159 159 154 lag l5g 15g u radium 226 228 combined 5 5 5 a 0 0 strontium 90 8 8 8 S 0 tritium 20000 20.000 20000 20000 3 c 1 I a m in pesticides pesticide maximua Maxim maximum tA ugi a 1 endrin 2 .2 2 .2 2 .2 004 .004 004 004 .004 004 5 004 .004 004 lindane 4 4 4 ol oi .01 01 01 oi .01 01 K 01 oi .01 01 methoxychlor methoxychl or 100 100 100 03 03 .03 03 03 .03 03 .03 03 toxaphene 5 5 5 005 oos .005 005 005 .005 005 005 .005 005 2 40 4 0 100 100 100 loo 2 4 STP S 5 TP 10 10 10 Pol poi pollutio pollution pollutro lutio n indicators fal q gross beta pci1 so 50 so 50 so 50 so 50 50 50 so 50 800 BOO loo mgt mg1 rng1 5 5 5 5 5 5 5 n03 as N mgt mg1 mgll 4 4 4 4 poa foa as P ra gIh 05 .05 05 05 0 .0 .05 05 5 05 .05 05 05 05 .05 insufficient evidence to warrant the establishment of e maximum concentration varies according to the numerical standard limits assigned on case by case daily maximua maximum mean air temperature basis temp C egl mq1 mgl a these limits are not applicable to lower water levels in deep impoundments 12.0 120 120 and below 2.4 24 24 12.1 121 121 to 14.6 146 146 2.2 22 22 b not to exceed 110 of saturation 14.7 147 to 17.6 176 176 175 2.0 20 20 17 177 17.7 177 7 to 21 214 21.4 214 4 1 1.8 18 18 8 e c for classes 2a aa 28 3a aa and 38 at background levels of 21.5 215 215 to 262 26.2 262 1.6 16 lg ig 100 NTUs or greater a 10 101 lol iol increase limit will be used 26.3 263 263 253 to 32.5 325 325 1.4 14 14 instead of the numeric values listed for class 30 at background levels of 150 litus HTUs or greater a 10 US increase f total dissolved solids TOS limit may nay be adjusted limit will be used instead of the numeric value listed on a case by case basis short term variances may be considered on a caseby case ease by case basis g investigations should be conducted to develop more information where these pollution indicator levels are exceeded d limit shall be increased threefold if caco3 cacos caco hardness in water exceeds 150 ngi h p04 pa p0 as pina1 pmqll pinac Pina 1 umit unit limit for lakes and reservoirs shall be 02 025 .02 02 025 .025 5 2 18 |
| Identifier | http://cdm15999.contentdm.oclc.org/cdm/ref/collection/WesternWatersProject/id/11477 |
