Report On The Illinois River System Water Quality Conditions Part II Tables Chapters 4 Through 9

REPORT ON THE ILLINOIS RIVER SYSTEM WATER QUALITY CONDITIONS Part II Tables CHAPTERS IV - IX January 1963 U.S. DEPARTMENT OF HEALTH, EDUCATION AND WELFARE Public Health Service Division of Water Supply and Pollution Control Great Lakes-Illinois River Basins Project ------- ------- LIST OF TABLES Chapter IV Field Investigations IV-1 (a-h) Sampling Stations - Locations IV-2 (a-d) Sampling Stations - Physical Observations Chapter V Physical and Chemical Investigations V-l (a,b) Organic Chemicals V-2 Radiation Protection Guides V-3 Nuclear Reactors - Upper Illinois River System V-ii (a-c) Radioactivity Levels - Illinois River System V-J> Argonne National Laboratory Liquid Wastes - Total Annual Discharge V-6 Total Alpha Activity and Uranium Activity in Sawmill Creek Water V-? Plutonium and Thorium Activity in Sawmill Creek Water V-8 Total Beta Activity in Sawmill Creek V-9 Beta-Emitting Nuclides in Sawmill Creek Water V-10 Total Alpha and Beta Activities in Des Plaines River Above and Below Sawmill Creek V-ll Radioactivity in Des Plaines River Water V-12 Permissible Activity Discharge Concentrations from Dresden Nuclear Power Station to Illinois River V-13 Unsealed Isotope Use - Chicago, Illinois V-lii Radioactivity in Chicago Water Supply and Sewage Effluents ------- ------- Chapter VI Biological Investigations VI-1 Bottom Fauna Populations in the Illinois River System (July-August, 1961) VI-2 Bottom Fauna Populations in the Illinois River System (October-November, 1961) VI-3 Bottom Fauna Populations in the Illinois River System (February, 1962) VI-3a Bottom Fauna Populations in the Calumet Area (February-March, 1962) VI-3b Bottom Fauna in the Lower Illinois River (July-November, 1961) VI-li Attached Filamentous Algae in the Illinois River System VI-5 Record of Biological Analysis - Plankton Algae Chapter VII Bacteriological Studies VII-1 (a-i) Summary of Coliform and Fecal Streptococcus Results VII-2 (a,b) Lower Illinois River System - Summary of Coliform Results VII-3 Isolation of Salmonella from Sewage and River Water VII-li Frequency of Virus Isolations in Monkey Kidney Tissue Culture and in Suckling Mice from Sewage and River Water Sample s VII-5 Frequency of Virus Isolations in Monkey Kidney Tissue Cultures and/or Suckling Mice from Sewage and River Water Samples VII-6 Frequency of Virus Isolations in Monkey Kidney- Tissue Cultures and in Suckling Mice from Sewage and River Water Samples by Month ------- ------- Chapter VIII Special Studies VIII-1 Median Values of Sample Results VIII-2 Summary of Average Daily Loads BOD (April 2li~May 21, 1961) VIII-3 Summary of Daily BOD-COD Loads (September 11-2U, 1961) VIII-Ii Summary of Daily Solids Loads (September 11-21, 1961) VIII-5 Summary of Daily Discharges (September 11-2U, 1961) VIII-6 Summary of Bacterial Data VIII-7 Roscoe Street Sewer - Land Use and Imperviousness VIII-8 Roscoe Street Sewer - Quality of Dry Weather Flow VIII-9 Roscoe Street Sewer - Overflows VIII-10 Roscoe Street Sewer - Rainfall and Runoff VIII-ll(a,b) Roscoe Street Sewer - Laboratory Analyses (Storm of November 2-3, 1961) VIII-12(a,b) Roscoe Street Sewer - Laboratory Analyses (Storm of November 15-16, 1961) VIII-13 Roscoe Street Sewer - Laboratory Analyses (Storm of May 8, 1962) VIII-lli Roscoe Street Sewer - Laboratory Analyses (Storm of May 10, 1962) VIII-l5(a,b) Roscoe Street Sewer - Laboratory Analyses (Storm of July 2-3.. 1962) VIII-16 Daily 5-Day BOD Load to Canal System ------- ------- Chapter IX The Impact of Waste Loads on the Stream IX"! Known Sources Biochemical Oxygen Demand Loads IX"2 Estimated Mid-Station Biochemical Oxygen Demand Changes IX-3 Ne • Bottom Sludgs-Dissolved Oxygen Demand IX-4). (a-c) Biochemical Oxygen Demand Balance Summary (April-May', 196.1) IX~5> (a- o ) Biochemical Oxygen Demand Balance Summary '-;: " .'-.:. l?6l) IX- -6 (a~j) Biochemical Oxygen Demand Balance Summary (JuneP 1961) IX- 7 (a-c) Dissolved Oxygen Balance Summary (June., 1961) IX' -8 (a-c) Biochemical Oxygen Demand Balance Summary (July, 1961) IX-9 (a-c) Dissolved Qicygen Balance Summary (July., 1961) IX-10 (a-c } Biochemical Oxygeu Demand Balance Summary (August, 1961) IX-1I (a-c) Dissolved. Ozygen Balance Summary (August-, l?ol) IX"! 2 (a- c; Biochemical 0;:yger Dsniand Balance Summary (Jariv.aiy., 19o2 ) IX-j.3 (a~^) Dissolved Qirjrpsn Balance Summary (Oar.v A:.V:' -'-9-^) IX-la SurirT.ar.y of Assets aid Liabilities in Upper IIl."j:ois Rive-,- System Mains tern 1X-15 Storm Sp:".llager Industrial Waste, and Mid-Load E^tiric'.tos ::i-l6 !: Valuer; Thoman Slooo Method ------- ------- IX-17 Lower niinois River System - Flow-Cfs IX-18 Lower Illinois River System - BOD 5-Day mg/1 IX-19 Ikwer Illinois -River''.System - Dissolved Oxygen mg/1 IX-20 Lower Illinois River System - Temperature °C IX-21 Lower Illinois River System - Nitrate-Nitrogen mg/1 ------- O -P -P £ Ccfl C fl 0) (D O ^JS eti n) ,C Q) Q) -P h f-i -H H EH \|3 CD Q) H « o -=r (D fn 0 I I 1 1 O) in 0 ! Q) g ! 0) 6 g Ml? 0 ?H O O {JO a cfl o l CO . P g 0 i! ct) i-3 1 O TJ 5 CO H « O « co CO « co co O fH m & t c •z, <1> o bo ctf o •H .3 X! 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CU -p •d a 0 •H •P aJ ^ W ------- ------- TABLE V-2 RADIATION PROTECTION GUIDES Daily Intake in Microtaicrocuries Per Day Radionuclide Range I Range II Range III Iodine 131 0-10 10-100 100-1000 Radiuiu results Strontium 89 Strontium 90 0-200 200-2000 0-20 20-200 2000-20,000 200-2000 in micromicrograms per day Radium 226 0-2 2-20* 20-200* TABLE V-3 NUCLEAR REACTORS UPPER ILLINOIS RIVER S^STEM1 NAME TYPE KWT START UP Argonne National Laboratory Lemont, Illinois Argonne Research Reactor (CP~5) Experimental Boiling Water Reactor(EBWR) Argonne Nuclear Assembly for University Training;, Argonaut (CP-ll) Graphite/Water Argonne National Laboratory (AGN-201-108) Homo. Solid Argonne National Laboratory (Juggernaut) Graphite/Water Biological Research Reactor (JANUS) Tank Heavy Water 5,000 Boiling Water 100,000 10 Neg 250 200 Armour Research Foundation Chicago, Illinois (ARR) Dresden Nuclear Power Station (Commonwealth Edison Company) Morris, Illinois Homogeneous 75 Boiling Water 629,000 1956 1957 1957 1962 1962 1956 1959 "U.S. Atomic Energy Commission, Nuclear Reactors Built, Being Built, or Planned in the U.S. as "of June 30, 1962~ TID-8200 T6th Rev.), USAEC Div. of Technical Information, Oak Ridge (1962). ------- TABLE V-4a RADIOACTIVITY LEVELS ILLINOIS RIVER SYSTEM July-September, 1962 uuc/liter STATION S.S. D.S. NS 340.7 2.8 5.6 338.6 2.8 6.0 336.9 1-2 3-4 334.9 o.o 3.0 333- 4 3-4 4.8 NB 333-^ 8.6 43 331 .4 18 10 329.0 46 12 325.8 15 12 CH 326.9 5-6 13 325.8 4.1 18 SB 332.8 2.8 5.2 324.3 2.4 6.0 SS 320.0 7.2 8.4 317-3 6.0 9.2 314.0 8.4 9.2 307.9 2.8 12 304.1 3.4 10 CA 332.7 i.o 6.6 328.1 1.6 0.4 327.0 8.6 4.8 GO 336.0 4.4 6.4 332.2 2.0 8.6 IH 331-9 4.0 6.8 GC 331-1 133D 20 328.7 19 12 326.6 53 20 325.8 6.6 4.8 LC 334.9 21 17 333-1 6.4 17 330.0 9.4 28 328.0 4.4 14 325.0 5-4 12 323.4 35 13 322.4 3.8 5-6 320.2 22 13 320.1 0.4 7.2 TC 330.3 0.2 12 HD 336.7 0.0 6.0 uuc/gram BOTTOM MUD ALGAE 22 84 27 9-9 370 73 110 25 76 69 130 130 36 33 73 130 19 19 19 14 11 14 370 60 22 11 84 220 110 90 0.0 210 18 67 31 16 260 110 660 650 690 730 330 160 800 300 600 270 330 190 250 28 180 200 420 69 48 270 270 i4o 160 uuc/liter uuc/gram S.S. D.S. BOTTOM MUD ALGAE 0.3 0.3 1.1 0.4 0.4 0.1 (i) 0.1 0.4 1.0 0,1 o.4 1.2 0.0 0.0 0.4 0.0 0.2 0.2 0.2 0.8 0.6 1.2 0.4 0.0 0.2 0.0 0.2 0.5 0.0 0.0 0.6 0.2 0.1 1.1 0.0 0.5 0.4 0.6 0.4 0.0 1.0 0.5 0.3 0.0 0.3 0.6 0.9 0.3 0.0 0.0 0.0 0.0 0.4 0.0 0.1 0.8 0.1 1.1 0.2 0.3 0.0 0.0 0.0 0.0 0.2 0.0 1.1 0.6 0.0 0.0 0.0 0.0 0.0 0.5 0.0 0.0 0.9 4.8 3-4 0.5 5.7 1.0 0.9 4.8 4.0 5.3 3-2 2.9 6.2 1.4 0.6 4.1 4.2 2.8 1-3 2.9 2.0 5.5 0.7 6.6 0.0 0.4 0.7 1-7 0-3 4.6 2.8 0.3 5-9 3-8 1.8 2.8 1.9 0.0 (a) 0.1 (a,b) 0.0 (a) 0.0 (a) 4.0 (c) 0.5 (c) 0.3 (c) 0.0 (e) 0.0 (c) 0.0 (a) 0.0 (a) 2.4 (d) 0.0 (c) 0.7 (d) 9-0 (e,g) 1-1 (J) o.o (c,a) 0.0 (c) 0.0 (a) 1.7 (c,h) 1-5 (e,g) 0-7 (g,h) 0.0 3-U (g) ------- TABLE V-4b RADIOACTIVITY LEVELS ILLINOIS RIVER SYSTEM JULY-SEPTEMBER, 1962 BETA ACTIVITY uuc/liter uuc/gram STATION S.S T.3 BOTTOM MUD cs 317.9 o.o 314.9 0.6 311.5 o.o 308.1. 31. 304.1 0.0 ss 300.5 4.6 296.2 o.o 292.1 2.4 291.1 9.2 DP 292.7 7.6 285.8 1.2 278.0 2.2 277.5 o.o DuPage 280.8 2) 21 Kankakee 278.7 3 30 JR 271.6 3 58 270.6 2 16 263.5 2 11 252.7 2 11 246. 9u (2) 15 246. 9d (2) 15 Fcx R. 241.1(2 12 IR 240.2(2 24 239.2(2 16 231.7(2 13 229.7(2 11 Vermillion236. 5 (2)l4 IR 209.4(2 20 184.8(2 34 173.4 2 17 166.1 2 8.9 Kickapoo 160.8 2 14 3ft 158.5 2 10 156.5 2) 12 Mackinaw 159.7 2 39 IR 14-3.2(2 15 125.8(2 23 Spoon 129.2(2 4l IR 105.5(2 29 Sangamon 102.4(2 31 IR 88 (2 21 3-0 2.6 4.0 7.0 o.o 2.2 7.0 6.2 7.4 40 6.6 130 18 94 7.2 5-8 31 3-4 20 14 36 23 21 26 23 22 23 23 21 24 14 16 18 22 14 21 18 18 14 18 19 18 17 15 101 21 ALGAE 150 33 140 87 270 170 120 i4o 150 160 ALPHA ACTIVITY uuc/liter uuc/gram S.S r.3 BOTTOM MUD 0.9 0.9 0.6 1.2 0.5 0-7 0.8 0.9 2.8 0.2 0.3 0.3 0.4 1.3 l.l 0.1 0.1 4.5 o.o o.o 2.7 0.0 0.9 7-1 0.8 0.7 1.0 0.2 9.4 0.4 0.0 0.6 o.o 1.8 2.0 1.2 2.4 0.6 0.5 1.3 0.5 0.8 0.3 0.9 0.6 0.8 0.4 1.0 1.1 1.0 0.6 0.7 0.8 1.2 0.6 0.8 0.5 0.9 0.9 1.2 0.9 1.9 0.2 2.4 0.4 0.7 0.7 0.3 i.o 1.2 0.6 1.2 1.4 1.3 0.4 1.2 2.0 2.5 1.6 3.7 o.o 2.1 1.4 2.4 1.0 2.5 0.3 ALGAE O.O(c.i) O.l(f) 2.l(d,f) O.O(d) 1.4(g.h) 2.9(h) 0.900 3.(a) 1.0 7.4 ------- TABLE V-kc RADIOACTIVITY LEVELS ILLINOIS RIVER SYSTEM Ju I/ -Septembe r, 1962 BETA ACTIVITY ALPHA ACTIVITY uuc/literuuc/gram uuc/literuuc/gfam STATION S.S. P'.S. BOTTOM MUD ALGAE G.S.' D S, BOTTOM MUD ALGAE Lamoine (2)25 17 0.8 0.1 IR 81 (2) 22 22 2.3 0.0 78.6(2) 19 21 3-4 0.2 71.2(2) 19 15 2.2 0.7 55.9(2) 26 16 4.3 0.6 Macoupin(2)l4 21 0.7' 0.4 IR 21.7(2) 8.2 11 1.6 1.8 a. Cladophora b. Vaucheria c. Ulothrix d. Spriogyra e. Oscillatoria f. Oedogonium g. Lyngbya h. Phorraielium i. Microspora ;". Stigeoc Ionium 3c. Fragilaria NS North Shore Channel HB Worth Branch, Chicago R, CH Chicago Harbor SB South Branch^ Chicago R. SS Sanitary & Ship Canal CA Calumet R. GO Grand Calumet R. 1H Indiana Harbor LC Little Calumet R. TC Thorn Creek HD Hart Ditch CS Calumet Sag Channel DP Des Plaines R. IR Illinois R. (l) Less than 0.05- (2) Average results from 2 sampling dates. (3) Average results from 13 sampling dates. ------- TABLE V-5 ARGONNE NATIONAL LABORATORY LIQUID WASTES TOTAL ANNUAL DISCHARGES^ Year Alpha (me) Strontium- 90 (me) Beta Emitters (Excluding Strontium-90) (me) 1959 22 2.0 159 I960 22 1.4 140 1961 9-5 2.2 135 1962* 2.8 .5 32 January 1 to April 1 only. ^^ TABLE V-6 TOTAL ALPHA ACTIVITY AND URANIUM ACTIVITY IN SAWMILL CREEK WATER 1959 to 1962 3>^ Total Alpha Activity Uranium No. of Year Location-- Samples 1959 I960 1961 19622 A B A B A B A B 29 149 46 146 52 153 20 72 uuc/1 Max. 4. 265 6. 850 5. 64. 2. 11. 6 1 5 1 5 5 Avg. 2. 22. 1. 30 1. 6. l. 4. 8 8 9 9 8 8 8 No. of Samples 30 77 45 78 25 153 9 72 uuc/1 Max. 3- 285 4. 860 2. 52. 1. 7- 8 5 0 1 5 6 Avg. 1 34 1 46 1 5 1 3 .8 .5 .2 .2 .6 .1 • 3 ^Location A,, Upstream from waste water outfall at Argonne Location B, Downstream from waste water outfall at Argonne 2January - June 1962 3sedlet; Jr. Environmental Radioactivity at Argonne National Laboratory, Report for the Year 1959, ANL-6282 (January 1961). Argonne National Laboratory,, Environmental Radioactivity at Argonne National Laboratory, Summary Report for the Year I960- Mimeo., Unpublished. (1961); Annual Summary, 1961, Mimeo., Unpublished. (1962); and Environmental Radioactivity at Argonne National Laboratory, January 1962-June 1962, Mimeo., Unpublished. (1962) ------- ------- TABLE V-7 PLUTONIUM AND THORIUM ACTIVITY IN SAWMILL CREEK WATER 1959 to 1962 3,4 Year Locati on-^- 1959 1960 1961 19622 A B A B A B A B PLUTONIUM No. of Samples 17 36 19 46 12 153 5 72 uuc/1 Max. -- 1.2 # 1.1 * 0.7 # 0.18 Avg. 0.23 # 0.2 * 0.08 # 0.05 THORIUM No. of Samples 17 36 19 46 12 153 5 72 uuc/1 Max. 0.2 2.0 0.23 0.90 0.08 0.58 # 0.37 Avg. 0.05 0.09 0.06 0.18 0.03 0.05 * 0.06 * Less than 0.05 uuc/1 1 Location A, Upstream from Waste Water Outfall at Argonne B, Dowastream " 2 January - June 1962 3 Sedlet, Jr., Environmental Radioactivity at Argonne National Laboratory, Report for the Year 1959, ANL-6282 (January 1961). 4 Argonne National Laboratory, Environmental Radioactivity at Argonne National Laboratory, Summary Report for the Year I960; Mimeo., Unpublished. (1961); Annual Summary, 1961, Mimeo., Unpublished. (l962)j and Environmental Radioactivity at Argonne National Laboratory, January 1962-June 1962, Mimeo., Unpublished. (1962) ------- ------- TABLE V-8 TOTAL BETA ACTIVITY IN SAWMILL CREEK 1959 to 1962 3^ TOTAL BETA ACTIVITY Year Location1 1959 I960 1961 19622 A B A B A B A B No. of Samples 29 149 46 146 52 153 20 72 uuc/1 Max. 150 859 15 472 3^ 127 142 77 Avg. 33 49 5-7 38 10 30 36 45 1 Location A, Upstream from Waste Water Outfall at Argonne B, Downstream " 2 January - June 1962 3 Sedlet, Jr., Environmental Radioactivity at Argonne National Laboratory, Report for the Year 1959, ANL-6282 (January 1961). 4 Argonne National Laboratory, Environmental Radioactivity at Argonne National Laboratory, Summary Report for the Year 1960; Mimeo., Unpublished. (1961); Annual Summary, 1961, Mimeo., Unpublished. (1962); and Environmental Radioactivity at Argonne National Laboratory, January 1962-June 1962, Mimeo., Unpublished. (1962) ------- ------- TABLE V-9 BETA-EMITTING MJCLIDES IN SAWMILL CREEK WATER JANUARY - JUNE 1962 (4) Concentration uuc/1 Nuclide Tuorium-234 and ?rotactinium-234 Cobalt»58 Cobalt-bO Strontium- 90 Cesium-137 Iodine -131 Strontium-89 ?>arium-l40 Location^ ' 13L 7M 13L 7M 13L 7M 13L 7M 13L 7M 13L 7M 13L 7M 13L 7M No. of Sample^ 9 72 20 72 20 72 20 72 4 72 19 72 20 72 20 23 Av. (; 0.9 2.6 (2) 36 (2) 1.8 1.5 1.6 0.7 3.8 (2) l.l 17 13 0.5 0.5 3)Min. 0.6 1.0 (2) (2) (2) (2) 0.6 1.0 (2) (2) (2) (2) 7.0 1.0 (2) (2) Max. 1.2 6.1 (2) 290 (2) 12 2.4 3.1 1.4 10.3 (2) 11 40 25 0.6 1.8 % MFC Av. 0.005 0.01 o.o4 0.004 1.5 1.6 0.004 0.02 0.06 0.17 0.13 0.002 0.002 Max. 0.006 0.03 0.3 0.02 2.4 3-1 0.007 0.05 0.06 0.4 0.25 0.002 0.006 Location 13L is upstream from the Argonne site. Location 7^ is downstream from the waste water outfall. (3) than the minimum amounts detectable by the analytical methods used. The minimum detectable amounts are 0.5 uuc/1 for strontium-90 and cobium-137,, 5 uuc/1 for cobalt-58, 3 uuc/1 for cobalt-6o, iodine-131 ezid barium-l40. The average concentrations were calculated assuming a concentration of one-half ~;f the minimum detectable amount for those samples in irhich a given nuclide was not found. Argonne National Laboratory, Environmental Radioactivity at Argonne National Laboratory; January 1962-June 1962, Mimeo., Unpublished (1962). ------- ------- TABLE V-10 TOTAL ALPHA AND BETA ACTIVITIES IN DES PLAIWES RIVER ABOVE AND BELOW SAWMILL CREEK 1959-19623A (Micromicrocuries per Liter) Wo. of Year Location-'- Samples 1959 I960 1961 19622 A B A B A B A B 11 14 34 37 45 47 15 15 ALPHA Max. 3.8 4.5 4.2 3-5 5.1 5-5 4-3 2.3 Avg. 2.6 2.2 2.4 2.2 2.6 2.4 2.2 2.4 BETA Max. 168 158 15-9 12.7 66.0 56.1 122 98 URANIUM Avg. 76 66 8.4 8.4 17.2 16.9 64 54 Max. 1-9 2.7 1.9 2.2 2.2 3.8 # * Avg. 1-5 1.5 1.5 1.5 1.6 1.6 # * 1 Location A, Near Rt. 45, upstream from mouth of Sawmill Creek. Location B, Near Lemont, downstream from mouth of Sawmill Creek. 2 January - June 1962 3 Sedlet, Jr., Environmental Radioactivity at Argonne National Laboratory, Report for the Year 1959, ANL-6282 (January 1961). 4 Argonne National Laboratory, Environmental Radioactivity at Argonne National Laboratory, Summary Report for the Year I960; Mimeo., Unpublished. (1961); Annual Summary, 1961, Mimeo., Unpublished. (1962); and Environmental Radioactivity at Argonne National Laboratory, January 1962-June 1962, Mimeo., Unpublished. (1962) See Table V-ll -------* ------- TABLE V-ll RADIOACTIVITY IN DES PLAINES RIVER WATER JANUARY - JUKE 1962 (Micromicrocuries per Liter) Nuclide or Element Uranium •Plutonium Thorium-232 Thorium-234 Protac tinium-2 34 Strontium-90 Strontium-89 Cesium-137 Barium-l40 and Iodine-131 Cobalt- 58 and Cobalt-60 / s No. of Location^ ' Samples A B A B A B A B A B A B A B A B A B 7 14 3 3 3 3 7 14 3 3 3 3 4 4 3 3 14 14 Concentration Av. (3) 1.5 1.2 (2) (2) (2) 0.05 1.2 1.0 2.4 2.1 18 17 0.9 l.l (2) (2) (2) (2) Min. 1.1 1.0 (2) (2) (2) (2) 0.8 0.7 1.8 1.4 13 16 (2) (2) (2) (2) (2) (2) Max. 2.1 1.4 (2) (2) (2) 0.09 2.3 1.4 3-3 2.6 22 18 1.6 2.7 (2) (2) (2) (2) ^'Locations are the same as given in the previous table. v2)Less than the minimum amount detectable by the analytical method used. The minimum detectable amounts are 0.5 uuc/1 for strontium- 90 and cesium-137^ 0.05 uuc/1 for plutonium and thorium; 5 uuc/1 for cobalt-58 and iodine -131., 3 uuc/1 for cobalt-60, strontium-89 and barium-l40. average concentrations were calculated assuming a concentration of one-half of the minimum detectable amount for those samples in which a given nuclide was not detectable. Data from Argonne National Laboratory^ Environmental Radioactivity at Argonne National Laboratory, January 1962-June 1962,, Mimeo. s Unpublished (1962). ------- ------- TABLE V-12 Permissible Activity Discharge Concentrations From Dresden Nuclear Pover Station To Illinois River Month December 1959 January 1960 February Me,rch April (Operation Tests begin) May June July August September October (Authorized Full Power Operation) November (Shut down) December January 1961 February March April ''Station on line 'at 100 KW) May June July Argus t September October November December January 1962 February i!irch April vay June July Gross Beta Activity (uuc/l) Average at Morris, 111. for 12 Months Preceding Month Shown 32.1 31.4 31-0 32.7 25.8 18.6 16. ^ 11.9 8.2 8.3 7.0 6.6 6.3 5-1 5-8 5.6 5-2 6.6 7.1 7-5 7-7 7-7 7-7 8.4 8.4 8.8 9-1 10.3 13-3 17.6 18.9 22.1 Maximum Allowable Concen- tration for Dresden -Dis-charge for Month Shown 67-9 68.6 69.0 67.3 74.2 81.4 83.6 88.1 91.8 91-7 93.0 93.4 93-7 94.9 94.2 94.4 94.8 93.4 92.9 92.5 92.3 92.3 92.3 91.6 91.6 91.2 90.9 89.7 86.7 82.4 8l.l 77-9 ------- ------- TABLE V-13 UNSEALED ISOTOPE USE CHICAGO, ILLINOIS TYPE AND NUMBER OF USERS AMT. OF ACTIVITY ON HAND (CURIES) EST. ANNUAL USE (CURIES) ISOTOPES USED Industry 20 Medical 29 Educational 5 35-9 26.2 12. 4 55.1 10.2 14.2 H-3; C-14; Na- 22, 2k; P-32; S-35; Cl-36; K-42; Ca-45; Cr- 51; Fe-55, 59; Co-60; Ni-63; Zn-65; Sr-85, 90; Zr-95; Ag- 110, 111; 1-125, 131; Cs-137; Pm- 147; Au-198; Tl- 204; Bi-206, 210; Fb-210; Ra-226; Th-232; U-238 Total 54 74.5 109.5 32 ------- TABLE V-14 RADIOACTIVITY IN CHICAGO WATER SUPPLY AMD SEWAGE EFFLUENTS Sample Source Total Dissolved Alpha uuc/1 Beta uuc/1 Date of Sample Solids (mg/l) Piss. Susp. Total Piss. Susp. Total Calumet STW Tap Water Calumet STW Effluent Effluent Raw Effluent Northside STW Effluent Effluent Raw Effluent WSW-STW Effluent Raw Raw(w) Effluent 5-15-61 98 0.6 o.i 0.7 7.4 0.6 8 5-15-61 6-5-61 2-15-62 2-15-62 748 726 912 935 0.4 1.4 1.4 0.9 0.2 0.1 1.5 1.3 0.6 1.5 2.9 2.2 30. 16. 12. 17. 2.0 0.6 6.4 4,2 32 17 18 21 5-15-61 6-5-61 2-15-62 2-15-62 438 461 564 481 0.6 0.9 0.2 0.3 0.2 0.1 0.7 0.7 0.8 1.0 0.9 1.0 14. 19. 14. 20. 1.7 0.6 7-4- 5.0 16 20 21 25 6-5-61 2-15-62 2-15-62 2-15-62 551 634 836 738 1.1 1.1 0.4 0.7 0.4 l.l 1.4 l.l 1.5 2.2 1.8 1.8 14. 14. 13. 18. 3-7 2.8 16. 4.0 18 17 29 22 ------- ! ^ w EH CO H to ,-yJ 'JH KI t^ H ni co M H 0 '0 E3 ON M r-t v-5 (J •« H -P DC a pf S t>D EH ?! -5 S , CO l>s S3 H O 2 M >-2 E-i ^ 1 1 i=> PH O OH •H •9 ^ CH o f-i CD ,Q 3 fe! C rt F^ i ^ e ft c -p H PH 0 0 EH CO fn 0) f-H ^ O tG - H P -rj 9 S PL, co 1 ! „ - Uj 0 H f i W pfT CD cti ft « f^CO to p; tti H O w T3' r-; 5 CO o S S ^ -e o o H PQ CO CD A3 O CD CD i-q CO e SH O 1 M T3 P?! 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O irv « en vi> a) OA 00 0) OJ OJ A PH PH ^ S CU H ft CO 0 S3 • ft CO 03 !H 0 f H O (U 13 ?H 03 03 bD -H fl 0 h O fn CO N -H > ji or o 00 vo OJ fi (U o3 § -p § JH (U H 0 -P • ft CO 03 1 I to •a o a 8 o fl • § ?H OJ H O •p 0) H O -p ft CO 03 X 03 -H •H -P A fc oj o fi fl W •P O c ------- a 0 P CO ry PH p> a 03 M O tH, fc^ I 3 •H a P O EH s ^ -Jf H -5 w H H 00 EH -P •P rj & -P 3 d a3 < 3 to I GO >> -HO H B 0 P O O 0 8 •H 1.3 ctS c^ 0 0 H M & 05 CQ O O C fl 0 o3 ^ (jj n^J i » CO a3 8 1 M ft ^ V d O H a o -p -P TO W 0 0 -P -P «J ft •H 03 CO to o 0 -rt Cd -P -P ^ •H -H to O H -H <§ ^ H OHO O PH -4- CO 05 H H •H 5-4 fV! Q^ Q Pi M 0 0 H CO o G 0 13 £H (L) r^J i CQ ct5 fn O 1 •s d 0 ^D £ 0 •g a o3 ctJ t, i ^ o cd fj tj o s d^ OA « O H K M 0 •8 tH (P & i CO cd I d 0 -P oJ 0 •g 3 cd C(3 L{ -j-5 O cd rC JH f 1 TD O 03 H H W) u OJ 4 vo VD fi ~~-------~~ ------- TABLE VI-5 (continued) RECORD OF BIOLOGICAL AMLYSXS PLANKTON ALGAE KEY TO ABUNDANT GENERA : Diatoms 2.0 Aster ionella b, Cyclotslla c, Fragilaria d. Gomphoneraa e0 Malosira fn Navicula go Nitzschia io Stephanodiscus 3<, Synedra k5 Tabellaria 10 Genua Unidentified Greens in. Ankistrodesmus n, Chlorella o. Micractinium p0 Scenedesnius qe Genus Unidentified Blue~Gre_ena r-c Ana cyst is o» Os cilia tor ia t. Genus Unidentified Flagellfates v0 Svglena w, Genus Unidentified ------- TABLE VI-^ (continued) RECORD OF BIOLOGICAL ANALYSIS PLANKTON ALGAE Seasonal Averages — July 196l-June 1962 Microorganisms per Milliliter Stream Station ffi 165.3 IR 162.2 IR 158.8 IR 156.5 IR 152.9 IR 139.0 IR 122.2 Kind of Algae Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue -Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue -Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue -Greens Greens Flagellates Diatoms Total Abundant Genera Summer 1961 •» ••* 2339 261tf 718 11161 16895 b !• ft 6300 5050 650 18550 30^50 b 2138 2738 150 11250 198~76" b 2175 2827 h!8 12122 17812 b Fall 1961 - ~ ••• 195 173 36 7917 ""8151 b 38 160 36 79U* ""STUB b 68 185 18 7380 158T b - Winter 1962 25 13 16 757 """STl bdf 191 29 i 1276 "1560 begr «* » 16 65 7 695 TBl b 1 37 6 1281* 1331 bedfgr " ••» Spring 1962 »* 99 337 113 7190 "7759 beij M »• M» - 165 195 238 7671 "8T70 abejlv r* PM •M ~~-------~~ ------- TABLE VI-5 (continued) RECORD OF BIOLOGICAL ANALYSIS PLANKTON ALGAE Seasonal Averages ~ July 196l'-June 1962 Microorganisms per Milliliter Stream Station IE 196 cO IR 195° 0 IR 189.2 IR 181,3 IR 178.0 171 173c-4 IR 170 o 9 IR 16606 Kind of Algae Blue-Greens Greens Flagellktas Diatoms Total Abundant Genera Blue-Greens Greene FJag- I::---',-. Diatoms To tal Abundant Genera Blue -Ore ens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greene Fla-.Xn.at3s I> ~.a':"j oi'LS Total Anxtclanj Geneva Blue-Green.! Crsens Flagellates T i atone Total Abundant Genera Blue »-Greens Greene Flagellates Dia+.cois Total Abuudanc. Genera KLu^ •£•>•£ ens G'>: ? v-ni^ Flagellates Diatoms Total Abundant Genera Suflimer 1961 ,. 770 1078 266 i^70u ~35I5 b ; p- • 1533 1367 550 9992 iWi? b «~« 3205 26i\|0 1166 10729 17740 b 5861 ' i\|797 1811 8885 21351; b Fall 1961L n>* \ I 58 113 0 6222 ~~S393 b •"* f • Ik 106 16 7oV "soTHI b 184 152 42 8357 "W55 b Winter 1962 9 9 0 1229 T2TJ7 abdfg • 94 14 20 1163 1291 bdgr 18 33 18 855 92H bdf p* 11 18 0 499 52E dg «•* •^ Spring 1962 638 1587 743 6490 ~9l£S bepv tu 330 1149 539 4917 "393^ bjmp - \| ?** - ._ ~~-------~~ ------- TABLE VI-5 (continued) RECORD OF BIOLOGICAL ANALYSIS PIANKTON ALGAE Seasonal Averages •- July 196l-June 1962 Microorganisms per Milliliter Stream Station IR 252c7 IR 2i\|8,0 Fc1: River FR 2^1.5 Illinois River III 239 o 7 II 231.7 IR 2297 Yermillion River "S. 231^ Illinois River IR 218 oil Kind of Algae Blue -Greens Greens Flagellates Diatomn Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue -Greens Greens Flagellates Diatoms TctU. Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Tot -.1 Abundant Genera Blue-Greens Grssns Flagellates Diatoms Total Abundant Genera Blue -Greens Greens Flagellates Diatoms Total Abundant Genera Blue -Greens Greens Flagellates Diatoms Total Abundant Genera Summer 1961 e» p«) Iii52 1773 373 6118 9715 b 3U50 71475 550 23100 3J373 bepr (•> 823 1700 238 622^ "B9H5 b ~ )4319 2528 777 15669 23293 ber „ Fall 1961 36 27 0 Tkh ~307 bf 36 27 0 7Ut ~~807 b 159 202 Ih 10570 109T43 bei UU 89 5 1375 ~T£l3 bf 3k 66 0 k326 "WJS6 b •- 1 2 11 2 737 ~Tp2 dfo (»i Winter 1962 60 5 11 611 THE bdfgs »— «B & 92 1U 5671 TB25 b defer iHo 9 0 1268 "m? bdfgr 69 19 19 1U30 1537' bd 118 25 1U Ilt78 "IS33 bdg 39 0 0 355 dfgjl itO 11 0 1032 ~ToB3 bcdfg Spring 1962 96V 1U93 183 1972 T6T5" blprv »^ 1936 5537 161; 21560 29197 befjmpqr 5142 1572 5)46 169< "5335 bmnpni1 55 99 63^ "tt6'U. b-vr - 227 601 59 8iP-£ 9299 bdefjlrii 75U 235U 2l;2 3151 "5551 bmpr ~~-------~~ ------- TABLE VI-5 (continued) RECORD OF BIOLOGICAL ANALYSIS PIANKTON ALGAE Seasonal Averages - July 196l-June 1962 Microorganisms per Milliliter Stream Station CS 30liol GC 325.8 Sanitary and Ship Canal ss 296,2 Des Plains s Riyer HP ,286. 5 Kanlcakee River KR 277.5 Illinois River IR 271,5 Maaon River MR 261j.6 Illinois River IR 263 05 Kind of Algae Blue -Ore ens Greens Flagellates Diatoms Total Abundant Genera Blue -Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue -Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue -Greens Greens Flagellates Diatoms Total Abundant Genera Blue -Greens Greens Flagellates Diatoms Total Abundant Genera Summer 1961 1810 1593 203 919 ~HS& bmprv 208 150 71 381; 813 bjkorv »•» 800 675 79 -ii dbc? befopr •» 876 1566 158 191U "T^H bpr • 792 3121* 110 6820 108Jj6 b Fall 1961 »« 225 1£5 50 75 0 • -4 225 1800 125 775 29?F P 33 5 3 kZk £A 152 708 10 1194 TotU bp 16 28 18 8ijl 903 dfgj 55 6k 12 908 1039 b Winter 1962 551 30 17 180 bgrs •* 251 15 22 331 TSS brs 197 0 23 177 ~~597 abdrs 15 22 0 338 —37^ bdfglr 131 11 lit ~~B77 bdlr 66 0 -4 bdfjs 105 25 50 93k "IEEE bd Spring 1962: 2106 2076' 166 659 ^o5f mprsv « 198 12914 hh 1166 2702 beimopY UOO 1303 139 2610 "THJ5? bgmpv, 88 255 0 2599 29U2' bfjp 238 7ljfl 3-5 2028 3029 bgjpr 22 92 51 125S "TII23 bdmv 25 75 375 3225 3700 b ~~-------~~ ------- TABLE VI-5 (continued) RECORD OF BIOLOGICAL ANALYSIS PIAMTON ALGAE Seasonal Averages - July 1961-June 1962 Microorganisms per Milliliter Stream Station cs 3olui GO 325.8 Sanitary and Ship Canal SS 296 02 Des Plaines River EP 386.5 Kankakee River KR 277.5 Illinois River JR 271,5 Maaon River MR 26iic6 Illinois River m 263,5 Kind of Algae Blue -Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total- Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue -Greens Greens Flagellates Diatoms Total Abundant Genera Summer 1961 1810 1593 203 919 T355 bmprv 208 150 71 3&k -en bjkorv 1 1 800 675 79 -ii dOC? befopr ••• 876 1566 158 191U ~OTI bpr - 792 3121* 110 6820 10813£ b Fall 1961 w» 225 1£5 50 75 o ~« 225 1800 125 775 ~2~92S P 33 5 3 jj8U fj 152 708 10 11914 T65H bp 16 28 18 81\|1 ~903 dfgj 55 6k 12 908 1039 b Winter 1962 551 30 17 180 bgrs •• 251 15 22 331 -n? brs 197 0 23 177 ~~o"97 abdrs 15 22 0 338 bdfglr 131 11 111 521 bdlr 66 0 -4 bdfjs 105 25 50 931 "T3HI bd Spring 1962 2106 2076 166 659 ~5007 mprsv — 198 1291; 11* 1166 2702 beimopv uoo 1303 139 2610 "W bgmpv 88 255 0 2599 bfjp 238 716 15 2020 3029. bgjpr 22 92 51 1258 "SI23 bdmv 25 7£ 375 3225 3700 b ~~-------~~ ------- TABLE VI-5 RECORD OF BIOLOGICAL ANALYSIS PIANKTON ALGAE Seasonal Averages - July 196l-June 1962 Stream Station North Shore NS 310 ,,7 Chicago River NB 325.8 CH 326,9 SB 322.9 Sanitary and Ship Canal ss 317.3 SS 307o9 Calumet-Sag Channel and Tributaries no on I, Q v-/O _3_Liox M1 <^Tnmcfj Kind of Algae Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue -Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue-Greens Greens Flagellates Diatoms Total Abundant Genera Blue -Greens Greens Flagellates D iatoms Total Abundant Genera anlqme; ppr M11 "H1 1 t.pr Summer 1961 266 72 93 2152 2583 bfjkr M 150 33 33 506 722 bcks 88 58 367 bks - -» 133 19 29 588 bfjkr - Fall 1961 110 81 2212 k «•* 176 528 66 2826 ^096" b 275 125 25 650 P ~ - 308 112 28 120 s »-» Winter 1962 26 12 abgjkr 157 7 3 639 ~~TO bjrst 217 30 22 2083 bejkrs " 235 9 28 917 "TIS9 abksr 192 23 25 bkrs 152 1 5 509 970 bjrstv 159 7 59 310 bdgrsv Spring 1962 53 152 37 abhjk 289 "336T abgjrp 70 12 2586 abchj »•• 93 232 101* 2881* 3313 bghijpqr 99 207 28 1325 bgijkmp 11 57 57 1035 1190 bghijku 7 119 252 519 927 bgmnv ~~-------~~ ------- TABLE VII-1-^a Summary of Colif'orm & Fecal Streptococcus Results (Expressed in Geometric Means per 100 ml) Upper Illinois River System (Chicago Metropolitan Area) 1961 Coliform Densities, Summer Conditions April -May June July August Summer Summary 4-month Geometric Means No. of samples 1962 Coliform Densities , Winter Conditions January Mo. of samples NS340.7 150 160 400 600 t 230 71 52 19 Sample Points North Shore Channel NS338.6 NS336.y* NS334 . ,- #* N3333.4 4,100 17,000 160,000 130,000 3,100 6,200 140,000 140,000 4,600 7,600 150,000 170,000 1,300 1,600 230,000 110,000 3,500 3,200 160,000 140,000 71 69 71 73 1,800 100,000 140,000 4 21 23 1961 Fecal Streptococci., Summer Conditions September No. of samples 1962 Fecal Streptococci, "..•inter Conditions January No. of samples Direction of Flow 320 5 100 3 30 So 2,200 1,200 6567 120 5,200 5,400 3 9 11 North Branch ^ Chicago, River ^ • Above North Plant Sewage Works -;H'-Eelow North Plant Sewage Works ------- TABLE VII-1-b Summary of Coliform & Fecal Streptococcus Results (Expressc-d in Geometric Means per 100 ml) Upper -'•llinois Riv^r System (Chicago Iletropolitan Area) 1961 Coliform Densities, Summer Conditions April -May June July August Summer Summary 4-month Geometric means No. of samples 1962 Coliform Densities, T/; inter Conditions January No. of samples Sample North Branch NB333.4 NE331.4 33,000 130,000 100,000 150,000 140,000 170,000 72,000 80,000 71,000 160,000 70 72 21,000 63,000 4 21 points Sample Chicago River Chicago NE32v .0 NB325 . 8 CH325 . 200,000 250,000 5,300 190,000 440,000 13,000 25. ,000 570,000 11,000 320,000 430,000 7,100 220,000 390,000 9,100 61 73 63 44,000 18,000 640 22 22 20 points River 8 CH326.S 480 1,400 630 400 680 73 200 20 1-/61 Fecal Streptococci, Summer Conditions September No. of samples 1962 Fecal Streptococci, '/inter Conditions January No^ of samples Direction of Flow 830 1,600 7 6 5,200 5,100 4 11 3,400 2,200 780 6 77 3,400 1,900 100 11 10 11 , J, X3outh Branch ^ 200 6 120 9 Chicago River ------- TABLE VII-l-c Summary of Coliform & Fecal Streptococcus Results (Expressed in Geometric Means per 100 ml) Upper Illinois River System (Chicago Metropolitan Area) Sample points South Branch Chicago River 1^61 Coliform Densities, SuHKier Conditions April-May June July August Summer Summary 4-month Geometric Means No. of samples 1V62 Coliform Densities, '/inter Conditions January No. of samples SB 324.3 140,000 200,000 320,000 97,000 200,000 71 14,000 21 SB 322.8 220,000 410,000 350,000 1^0,000 280,000 71 13,000 20 1961 Fecal Streptococci, Summer Conditions September No. of samples 1962 Fecal Streptococci, i /inter Conditions January No. of samples Direction of Flow North Branch >. 720 7 700 11 South Branch ^ 610 7 1,700 11 San.& Ship Canal ^ ~~-------~~ ------- CO -p £3 W CD - — . g CO 2 0 0 O o H O O S-i 0 • O CD 0 cd 4J o, .0 m • H CV ^Q CO H CV 7s- • CV CO H ro TO O w a -P -H £H r^I •H CO O P-. "d G CD co r-H CX !> ft in SH '. g SH CD CO >s<3 ^ G CO •P co G t3 co CD S-i co I S o> -P rH H > -rt 1 cd O 'H H M 0 -H ClO H CD S-i ft > pTn -P CO O CD -H in H og § O -P M O G CD PQ 0 CD '(H rSj Sj S-i O H EH O r-H O N O CD b ^ o3 f^ §3 "^^"^ § j3 CO ca cd "O -4-5 p-j & c$ CO CO CV • NO ON CV CO CO LTN • O o CO co "C H • -^t O CO CO QN o CO co >Jc j[< O • — j" H O^ CO co >!< C"^ • £>- rH CO rO 0 * o CV C^N, CO CO o o o o o o o o O CV O t> o o o o o ^N CV r^\ O \|J^\ NO C3 —Ci" H O O O O O O O O 0 O O O \ A "N »\ ON to CV O ^ H O O 0 O O O O O o o o o •N e\ - r^ o O^\ --3" -T\ Q"N o o o o o o o o o o o o ff\ »V A A O O O O LT\ -4- CV UA CV ~t NO ON o o o o o o o o o o o o o p o o rH CV r-H NO 80 o o o o o o o o o r» ^ A "•* o o o o -4- UA -4 to CV , 1) T3 nj Q G !S O 1 -P S CJ H CO SH -H CD !>; p O rH ?H G rH &0 ^ 0) ft 3 ^ ?! ! — 1 "i 1 flj <3^ *7) ^5 - o •r\ O H rH O CV O £>- O O O CV o to O NO o \ o c- cv O u^ O NO o o NO _+• O -i CD CO SH g 0 cd O H g s B O Si aj go cd co IH P O ^ G H CH CD crj O c\i -H -P '-a NO H C ON O -H O H 0 13 55 I 1 CD iuj ft -P CD G O T3 ^D r^ •H -P O 0 -P cd P-, H — cr o cr\ CO CO [^ ~l CD j — / cri fH cd o CO CO SH S-i «rH p p JG CD CD -rt bO bo G cti cri o5 CD CD >s CO CO SH (^"~v'""~N \| 1 \|^ j>j ."Pj o 3 0 r-H rH ^3 CD ctJ •^ P3 O ;'< ;'i ^'' vL ^ -.U "i^ ~~-------~~ ------- I CO -p CO CD <--> « H. CO " 3 O o o 0 H o O CD CD 03 -p p^ .p 0 ft ra J-< CD CO t>"3 CD £H C CO 1 -p n3 C H CO 0 fn 03 I S -r-l H cti O -H (— 1 > o -H OS O 0 JH ft M fin -p CO O 3 CD -rl ?H CQ oM c-* O -P •a; o £ 0 EH Ei 0 -H S ^ O H O HO CM £ H bO •H -H ctJ H in 0 O Td 0 -H O CD ft X CO ft O 'H CO 13 •• — O 0 fn \|S ^ CO t i H 3 o CO •P P a -H •H rd o co PH Q> C H n3 ft Cy £-H to a: -p • r~ P! £ H H CO CO H CN? oo co CM to CO ,A O o CO CO H • -4- O CO CO CjN • 7^^-. o en CO o 9 -4- H CO CO C1"^ • c^- H CA CO to O O CM CO CO ! \ \ O ^O CM LA o ^^ O >-A c— O ~-O CA O t>- o (M r-T O t>- o H e\ to 0 t>- 0 CM O !>- O H H O C- 0 H •H O CO o a 0 0 O -H CO O -p 0 -P -H ?H H P^'ti CD P CD a £1 g -P O CU CO CO -p £_i Q_4 fj_.j H CO CD 0 H >tJ S CO 0 O / to H ' LA 1 0 H 0 H 0 H 0 H O CM 0 H O H ^ (M O CD P O oN O -H O H EM 00 ^ Hl "^ ^ \ i H 0 5 CtJ O U3 CO ^r ' d) g / y H \ ro O i i Jg Q H P^H ^H o a o •H _p O 0 •H Q ~~-------~~ ------- TABLE VII-1-f Summary of Coliforn & Fecal Streptococcus- Results (Expressed in Geometric Means per 100 nl) Upper Illinois Paver System (Chicago Metropolitan Aroa) Sample Points Grand Calumet River Calumet Little Calumet CA332.7 CA32C.1 1961 Colif orm Densities, Summer Conditions April-May 2,200 11,000 June 1,400 5,100 July 2,700 1,600 August 2,000 9,000 Summer Summary 4-month Geometric 2,000 5,400 llsans No. of samples 69 71 1962 Colif orm Densities, 7 /inter Conditions January 270 1,300 No. of samples 13 15 Pdver River CA327.0 GC325.G LC322.4 LC320.1 4,100 1,700,000 45,000 45,000 3,>oo 3,000,000 67,000 61,000 4,700 1,600,000 22,000 49,000 3,000 810,000 17,000 43,000 4,000 2,300,000 40,000 51,000 62 68 66 6y 990 27,000 5,600. 9, 400 13 13 15 1> L 03 20. 2 100,000 140,000 150,000 630,000 150,000 70 37,000 13 1961 Fecal Streptococci, Summer Conditions September 140 420 No. of samples 7 6 1962 Fecal Streptococci, '//inter Conditions January 130 4,700 No. of samples 10 9 120 1,200 360 830 7 567 ISO 9,100 400 1,900 6 388 2,500 7 4,500 7 Direction of Flow ------- TABLE VII-1-g Summary of Coliform & Fecal Streptococcus Results (Expressed in Geometric Means per 100 ial) Upper Illinois River System (Chicago Metropolitan Area) Sample Points Calumet Sag Channel CS317.9 1961 Coliform Densities, Summer Conditions April -May 80, June 150, July 120, August 220, Summer Summary 000 000 000 000 4 month Geometric 120,000 Means No, of samples Iy62 Coliform Densities, Winter Conditions January 90, No, of samples 71 000 16 CS314.9 110,000 330,000 130,000 260,000 190,000 71 57,000 23 CS311.5 77,000 110,000 150,000 6,600 110,000 69 47,000 24 CS30S.4 66,000 140,000 100,000 110,000 98,000 70 23,000 23 C3304.1 22,000 19,000 36,000 26,000 23,000 67 13,000 19 San and Ship Canal SS300.5 150,000 130,000 260,000 200,000 200,000 72 41,000 19 1961 Fecal Streptococci, Summer Conditions September 2, No. of samples 1962 Fecal Streptococci, //inter Conditions January 5, No. of samples 100 7 000 9 1,300 7 3,500 12 520 7 2,200 13 460 7 1,500 13 260 6 490 12 330 6 2,600 11 Direction of Flow \ "" X •Below Calumet Sei age Works ------- TABLE VII-1-h Summary of Coliforai & Fecal Streptococcus Results (Expressed in Geometric Means per 100 ml) Upper Illinois River System (Chicago Metropolitan Area) Sample Points San . and Ship Canal SS291.1 1961 Coliform Densities, Summer Conditions April-May 59,000 June 62,000 July 03,000 August 140,000 Summer Summary 4 month Geometric 72, 000 Means No. of Samples 72 1962 Coliform Densities, I Winter Conditions January 20,000 No. of Samples 16 Des Plaines River DP2V2.7 DP285.8 DP278.0 4,300 100,000 30,000 6,000 58,000 67,000 1,VOO y 0,000 110,000 4,000 65,000 200,000 4,200 79,000 ': 64, 000 66 73 71 7,300 32,000 23,000 17 12 10 Illinois River IH271 • 5 14,000 13,000 23,000 15,000 17,000 72 8,700 9 Kankakee River KR277.5 42,000 26,000 7,600 9,900 20,000 73 5,000 10 1961 Fecal Streptococci, Summer Conditions September 520 No. of Samples 6 1962 Fecal Streptococci, 1 /inter Conditions January 530 . No. of Samples 10 Hi ri^r^'f "i rvn r-F PI rw ~ 580 910 430 666 480 2,500 V90 '> 7 5 ._ ^ 98 7 420 5 •••^ 290 7 560 7 ^ ------- TABLE VII -1-1 Summary of Coliform & Pecal Streptococcus Results (Expressed in Geometric Means per 100 ml) Calumet Drainage Basin (February-March, 1962) River Mileage GC 325.8 LC 322.4 LC 320.1 LC 320.2 cs 317.9 LC 327.0 LC 323.4 LC 325.0 LC 328.0 TC 320.3 LC 330.0 LC 331-1 LC 33^-9 HD 336.7 GC 336.0 GC 332.2 IH 331.9 GC 331-1 GC 328.7 GC 326.6 Coliform /100 ml 63,000 8,500 49,000 75,000 130,000 5,500 120,000 120,000 190,000 240,000 120,000 130,000 120,000 130,000 24,000 38,000 43,000 160,000 160,000 300,000 Fecal Strep . /100 ml 42,000 1,200 5,500 15,000 23,000 1,100 8,600 28,000 74, 000 53,000 35,000 31,000 20,000 21,000 6,600 6,000 7,500 33,000 64,000 120,000 River Mileage Symbols: GC - Grand Calumet LC - Little Calumet CS - Cal-Sag Channel TC - Thorn Creek HD - Hart Ditch IH - Indiana Harbor Canal ------- TABLE VII-2a Lower Illinois River System - Summary of Coliform Results (Expressed in Geometric Means per 100 ml) Stat Mileage 280.8 T 278.7 T 271.6 270.6 26X..L 252.7 246.9 (1) 2.46,9 (2) 240.2 241.1 T 2222 231.6 229.7 236.5 T 2Q2..L 184.8 rZ3^L 166.1 l6l.7__JL_ 158.7 156.5. _ 161.0 T 143.2 125.8 133.7 T 105 .5 105.7 T 88.0 95.8 T 81.0 78.6 J71.2 55.9 23.7 T 21.7 ion Location DuPage R. Tributary Kankakee R, Tributary Dresden Dam E.J. & E. ER. Bridge Morris Hwy. Bridge Seneca Highway Bridge Marseilles-Rapid Marseilles Canal Sherer Island Fox R. Tributary Hitt Island Starved Rock Utic Bridge Light Vermillion R. (Trib.) Bureau Creek Bennett ' s Light Blue Creek Light Peoria Water Intake [Kickapoo Ck (Trib.) Warning Sign"D&L 1 mi" Seven Mile Light Machinaw R. (Trib.) Lancaster Light Thompson Light Spoon R Tributary Grand Island Light Sangamon R. (Trib.) _j Eeardstown Bridge LaMoine R. Tributary LaGrange Mark Indian Ck. Light Meridosia Bridge Flo-Hwy Bridge Macpn. Ck Bridge (Trib.j Hardin Hwy. Bridge Studj Nov '61 5300 .5.4,00 8200 7300 14000 14000 5800 1000 6700 4600 8000 7500 8800 17000 7600^. 4000 2100 1300 9800 4100 21000 12000 38000 27000 19000 29000 20000 24000 15000 24000 19000 N.S. N.S. N.S. N.S. r Periods Mar '62 , July '62 17000 14000 __130PQ, 2.800 14000 20000 11000 NS NS* 7600 11000 6200 f 74QO. 6300 7800 3900 1600 1000 780 9600 3000 120PJ 75001 17000 8500 6900 7200 12000 1200 4500 2000 2100 N.S. N.S. N.S. N.S. 16000 28000 27000 32000 21000 12000 12000 8600 3900 14000 10000 10000 6200 11000 8600 5200 3500 23000 25000 41000 6400 210000 53000 8300 27000 12000 13000 4200 18000 12000 1 14000 10000 6000 25000 i -"-N.S. - Not Sampled ------- TABLE VII-2b Lower Illinois River System - Summary of Fecal Streptococcus Results (Expressed in Geometric Means per 100 ml) Station Study Periods Mileage Location Mov '6l Mar '62 July '62 280.8 T ;DuPage R. (Tributary) , 460 228 .2 T 271.6 220.6 263.5 252.7 246. 9.11) 2A6^9_ (2l 240.2 241.1 T 225.2 _ 231.6 229.7 236.5 T 209.4 184_.8 _j 173.4 166.1 161.7 T 158.7 !16^_5 161.0 T 143.2 125.8 133.7 T 105.5 105.7 88.0 95.8 T 81.0 78.6 71.2 ..55. 9_... ! 23.7 T I 21.2 Kankakee R. (Trib..) Dresden Dam E.J.&E. RR. Bridge Morris Highway Bridge Seneca Highway Bridge Marseilles-Rapids Marseilles Canal Sherer Island Fox R. (Tributary) Hitt Island Starved Rock Utica Bridge Light Vermillion R. (Trib.) Bureau Creek Bennett's Light Blue Creek Light Peoria Water Intake Kickapoo Creek (Trib.) Warning Sign "DScL 1 mi" Seven Mile Light Mackinaw R. (Tributary) Lancaster Light Thompson Light Spoon R. (Tributary) Grand Island Light Sangamon R. (Tributary) Beardstown Bridge LaMoine R. (Tributary) LaGrange Mark Indian Creek Light Meridosia Bridge Flo-Highway Bridge Macoupin Ck. Bge.(Trib) Hardin Highway Bridge 690 310 270 160. 390 230 240 __!5000_ l6000l 6200 7000 _5200 6200 N.S.1 N.S. 410 j 1600 840 1__6j5QO 740 1 1800 i 1400 1100 4100 1200 _12P_ _. 240 210 4800 860 _24tQO_ 12200 8200 6200 14000 6100 4100 4600 12000 8300 JtPJX) N.S. N.S. N.S. N.S. 7000 _J5QP 15000 2400 12001 loocP 840 4100 2400 3100 3900 J=200_j 3600 92.00 ~ 3000 5000 1200 5900 2500 1900 N.S. N.S. N.S. N.S. 1400 1900 810 350 630 200 260 220 f 2000 , 2600 2200 A^o_ 600 1500 270 120 100 90 3100 3400 4000 800 1700 170 1100 1800 1400 270 1100 190 240 210 210 380 ' 240 i N.S. - Not Sampled ~~-------~~ ------- £ EH & ftf 1 K Q .x""-s § 3 •P CX) W M VD O >s OA <; co H ^£ CO 0 r-T 2 -H "co1 O « Pq S M >d ri C i PC* »O O-— • J2J o H O CO H to G O •H * * •HW>0f>s'd-P 0(04^;^^ pQ p -p -p i G P 4n cd0co GGcdi0 SnG cd G GfiGGJnCd ^-i Co 3 ^H G cd 0O G O Cu0O0cd£-iG ?H0GcoJn d 0 CO 0 M -P ^ tQ ft pQ «H O -P H 03 pO cd ct5 cd co cd H H H H H H H H H H ------- ------- 1* EH CO H-? P1-! £3 j_j} O &( CO CXI EH EH H B r-T « @ Si 1^4 i i t-H i b>-t d g fi cd fS ^2 ?H O (L) ^Cj" \|S\| prQ £3 i o a H a <; 3 H H 3 CO H> H CO CO •> pq H o 'o <2 EH W C 3 H O Pq H CO C3 l~i i t i i >• ^ CO O D o bo W fe «S H H 0 > 6 'ri HM ifl O JD CO i [3 tc^ cs1 fei S p-t 3 u M O •rH 'H tH 1> P O O 0} •H H • H O O O co vH S P CO O fJ Pi -H Q) H P > 1 1 M O (U CO '•H a) HD O H Ol &p £H CO O o3 CO O W OP HP rQ fl 0) S ® H "^ H* V( Al ?H ft CD CD CD > 0) CO H H • vo __^-J- MD CU ^ H p O EH cvl v^ H •\ H oo fH 0) s o a ^H o CO * ------- 50 PH 3 * H CO J~> co eg co H H EH S ^ (-3 K* H H OJ \|1 'I Jc—i r™i LT\ § S J^ 1 S\| fo H H W ^ > co rt 9!s£ o o m CO fcj t 1 fcjt CQ C5 5> H <3 O CO G o t2 "^^ r3 Q §§ I P co M fl •H O !> -H CH O -P O -H «J 0 H • H O O O CQ CO fl) G •H O M -H "5n O -P O o3 co a3 • ^ H O O O -H CO S O > -ri CO -P CO O 8 IS ^ O (D ^H CO fU O -H M q •H co CJ "in 0 -H O § O yH S CO O P> CQ C[_j QJ r0 O H t-M3ro ON-d-OOD VO LPvCXDlTNO-) HC3D-^-fO VDJ- -cf- . — ^ OJ t— oocoro OJ -d-VO^- H HVDH v^ — ' H H H t- •~"v (— ^ — * -d- ^D M3 CO OJVOOOOJ H t— LA OJ OJ HHH HHHH HHHH UD H OJ OS G\ CJ ^ i~^ t w? "p JH r~~l CQ 3p flj f-~\ H O H ^ PH 0) • 0) H gP-t A • C ro -P •H P-i S • C R5EH ,cj« C$PH ?H<1> ,c;« coE-i j:!- «D0 0 co • U EH p -P -P-P t!CO-p-p .4^-p ScS 0)5CU ------- ------- ^3» vL. f^j T ii PH I&I g\|H 3 m B 0 S CQ S V? CQ -H CO CQ P f-1 M O •H -rl -P O O Oj •H H • H 0 O O W ^ ft -H CQ fl -P CQ O G ? -H d) H +3 °'^ M 0 CQ S3 tH S ti O -H <1) O -P • O\ OJ CO O ^ OJ O\ _3- H -^ U% H OO O -3" — - H t— O H -* m ^0 LT\ — N LPv O, N- m CXI H H H H — -• <— » LT\ I— H LT\ H OJ rn -=h ro M 1 ^ -p e CD W CD rQ >5 ? -P 0 H §b PI -p ps p cu o I-D << CQ O ^i vo H J- • VO J- •4 vS OO ro H H cd -p 0 EH OJ M3 c?\ H > f- IH OJ •9 O & CH O CQ 3? ------- TABLE VIII- 1 MEDIAN VALUES OF SAMPLE RESULTJ INSHORE STATIONS OFFSHORE STATIONS Median - Sta. No. l BOD 23 26 24 22 5 2 1 8 18 16 14 11 4.6 4.4 5- 5.3 2.7 1.8 2.3 2.0 3.6 o.3 4.6 5.5 •• Median S. 3. 16.0 16.5 21.0 16.5 11.5 7.3 6.0 6.5 13.0 23.5 14.5 17.0 j---5ta. No. t i 27 1 25 i 23 1 21 i 20 : 6 1 3 i 4 i 10 C / 7 ' IV : 17 15 13 i 12 Median BOD 1.6 1.5 1.5 1.3 1.3 1.7 1.5 1.6 1.3 1.6 1.2 1.4 1.4 1.5 1.5 1.9 Median S.S. 3.5 3.0 2 5 •<- x 5.5 4.5 6.0 5.0 4.5 2.0 5.5 6.5 6.0 5.5 6.5 8.0 6.0 Stations proceed southward at approximate halfmile intervals, beginning at a point three miles north of the intake and -:rid ing at a point three miles south of the intake. ------- ^ — v H VO H ~, H CM s-4 5j ^i ,H- "CM '--1 H « CM < O a b (.O >H EH H ^ W O P S» > G Ct! 0 a o3 •? to" -p 8 a w ~H CD ------- CM I H H Ed e & EH Pd p4 CO CQ O1 ) O :-) o H h4 H > P 0 H O m P <2 o C-H PQ i f~^ o i g? CO •p a Q> o f-t 0 PH P O PQ \ P O O 8 CJ (I) H -3 03 3 o •p PQ (D CO CQ a o •H -p O •j •d 0) in P 0 PQ H S ^ H ^P w .00 ac w j> Pn "^ j>5 03 P w P O O EH rfi >5 flj LPv .H $ Q P •P O o s tt) £J H CH 4 ^ & H fr, O X • £? g +^ 3 o <• , ,-! -H O tO -rJ 1 12; o co i i i -g LT\ VO LA -d- LA 1 1 1 OJ CO MD H CO g 8 e-i LA OO [— • • • CO IA O\ t~ CO CO rH -tf O OO J J OO H CO oo 3 on ON o -:3' H oo LA O CO O » * • CM OJ IA O OO O CO CO oo r— { LTN O 0> 00 LA VO -d" H -4- •P 0) O (A CO rH O ON CM CHI CM OJ 00 SH I i I W LA V£) rH 00 CM H IA OJ LA * • • O ON ON H ------- ------- s — s. rH VD OA H CXI ^^_ OA 1 H H ~-~^ O\ V / -4- i co H 0 H <£ g a H co I-3 Q FQ M «3 1-3 EH 0 CO >H 1 ~) M O o >H K g? ~i?j £3 co co C 'd 0 -H •H H -P 0 o co Tf • OJ ft K co ~eR- co CO •H H H -\ 0 (50 CO g -d 0) >> > cd rH P o -\ CO CO CO fl •H O Q EH QJ H •H -p cd rH CO O •d > •H >sR- rH O •P CO C rH (U 0) ~-\ 3 H bD rH ,00 <+H Cd H rH >, •p cd -p O CO ^5- o; Tj I f £-\ c P O H -H cd -p O CO 1 1 CO C\J CY") 1 1 LTN LT\ CO 1 1 H rH rH H OJ CO vo H TO 3 EH O EH VD rH CO a\ co VD o H t— ro O LTN VO H VD t— CXI O u~\ CXl OJ -P H CM rH VD C- LT\ CM H CO LTN vo H ro CM H co VD VD t-- rH O H CO •H CO -p r4 O -p 0) H oj O CO ro CO CO ro OJ ro o co c— o\ rH LT\ VD H CO OA rH CO •d •H H o CO CD H 0) cti -d CD 0 H 0) -P ft -P W OJ ^ CO CO CO 8 ------- S N. rH )0 H «% -cr C\2 ^\ H "A rH M O " M — - M > CO p£J [V] r^5 1 1 prj ffl < EH 0 tO 1— 1 Q S-^ H-H1 M Q PH 0 M f^H «=tj f^H 5 oo Cv flo O P ^ S xO Oi H O CO EH ctJ ~-Zf' ]- 1 0 O ~\ CO O ''0 ^ a, u? P g UA CV O fn CO O cd fi ® bt O ^ P ^ !>^ aJ Q H \ ctJ CO 'X 3x 03 P 2n r^I ... O m O £>- UA O- P-t ;M EH CV CD O 1-3 •rH F^-J ^^ CH bO CO J'X C7) CT5 W 5^ • • • bO ci3 rH H CV fn 0 ___ '"^ C^ "^ bj '^ O co ... ^ cd c^ -j- c\i CD rd3 l^~ •rH P CD' co a> G -p 3 o f-. H -H O nj P ^ O CO j • U^ U^ LT\ P-H 1 f-"3 * * * ^ LP\ H r^ 0 Gi ^V g; CV O nrj CD rH o CO CO jx .H P} n5 Q CO O O O £ O O "A H EH rH m f— 3 \. rH ,0 xQ UJ rH " 1 UA • rH -* CD ^ •H £_4 0 rH jx ,r^ O r^> oj ^JA cf"^ o o CO -3" -4- O rj (Y^ O EH h-1 "^^ C"1^ xO '-'A bO OA u"x. vO S r-i J^ . 1 — i xQ CO • in K_ Ctj" Q ^ rH ^t O CO • • • C CV rH !>- O EH i_I) ^^ ir\ CO ^-C^ bfl . . S rH rH rH o r^ O CD OP CD f-H ^J t^- CD 0) -rH p 0)' CO bO rH CO CD G 1 t— 1 Crf PH fi & ^ <% f-t -P P O EH CD rH JH H -H O > r-j O 03 P EH < <; s u co 0^ . xO _^- £> xD to —^t ZA CO LT~\ o H xO rH O q O CO 0 P & Q) rtf CO fcOH EH CD rH O > ^ ------- EH M S o ?H -H O -P CM o3 •H PH 0 M 0 PC, 0) 03 £J oo 0 0 cO ( — i X u 0 43 Pq fl 0 0 &-1 P4 i-f EH t^H pj § i O •H -P ^v cd •H PH H o ra O PC, ^^ P4 0 -P H HO O cd H H O X 0 -P PC, a 0) a H "^^^-^ CO ^ o\| oo •HO H H H X O 0 5 •H -P 0 CO 0 C !p § O E h H -H O cn -u S O "X) JH -P W ON O VD H * * • H t- t— C— ON (S ON ON ON ON 0 PC. a -^- co j- oj £H • • • • O VD LTN ON ON ------- TABLE VIII - 7 ROSCOE STREET SEWER LAND USE AHD IMPERVIOUSNESS Land Use Area Impe rvi ous ne s s (1) Impervious Area (Sq. Mi.) Residential Commercial Industrial Public Buildings Transportation Parking Streets and Alleys Public Open Space Vacant Land Total 3-77 O.U2 O.l6 0.51 0.12 0.02 2.72 O.Vf O.U2 8.6l (Percent) 30 56 38 50 20 90 70 0 0 (Sq. Mi.) 1.13 0.24 0.06 0.26 0.02 0.02 1.90 0.0 0.0 3-63 (l) Average imperviousness for each land use in Chicago sewered area tributary to North Side Treatment Plant, by Mr. C. J. Kiefer, Sewer Planning Division, Bureau of Engineering, City of Chicago. ------- TABLE VIII-8 ROSCOE STREET SEWER QUALITY OF DRY WEATHER PLOW (October, 1961) Average Average Constituent Concentration Load (rag/I) (Ib/day) B.O.D. (5-day) 104 25,200 C.O.D. 184 44,600 Chloride 33 8,010 A.B.S. 2.70 655 Alkalinity 179 43,400 Nitrogen M3 8.27 2,010 Organic 7.52 1,820 W02 and NOg 0.45 109 Phosphates Ortho 9.00 2,180 Poly 2.95 716 Total Solids 4ll 99,700 Suspended Solids 6l 14,800 Settleable Solids 29 7,040 Dissolved Solids 343 83,200 ------- TABLE VIII-9 ROSCOE STREET SEWER OVERFLOWS Month September 196! (l) October 1961 November 1961 December 196l March 1962 (l) April 1962 May 1962 June 1962 July 1962 August 1962 September 1962 October 1962 November 1962 Totals Number of Overflows 1 5 3 1 1 2 7 3 5 3 2 2 1 36 Duration, hours Total 2.5 32.2 18.0 1.5 0.8 5-3 21.9 8.3 26.1 9-3 4.1 5.2 4.7 139-9 Average 2-5 6.4 6.0 1-5 0.8 2.6 3.1 2.8 5.2 3.1 2.0 2.6 iii 3-9 (l) Partial Month ------- TABLE VIII - 10 ROSCOE STREET SEWER RAINFALL AND RUNOFF Storm Date Oct. Oct. Oct. Oct. Oct. Nov. Nov. Nov. Dec. Apr. Apr. May May May May May May May June June June July July July July July Aug. Aug. Aug. Sept. Sept. Oct. Oct. Nov. 11, 1961 13, 1961 19-20, 1961 29, 1961 29-30, 1961 2- 3, 1961 15-16, 1961 22, 1961 11-12, 1961 5, 1962 8, 1962 1, 1962 7- 8, 1962 10, 1962 10, 1962 12, 1962 21, 1962 21, 1962 5-6, 1962 8, 1962 11, 1962 2, 1962 11, 1962 15, 1962 22, 1962 28, 1962 6, 1962 7, 1962 24, 1962 9, 1962 10, 1962 20, 1962 20, 1962 16, 1962 0-35 0.28 1-34 0.38 v ^}^-f 0.47 0.54 0.38 0.16 0.25 0.24 o.4i 0.26 0.95 0.215 0.036 v ^j - 0.77 0.514 o.i4o 0.50 0.72 o.i4 3-17 0.857 -s i 0.185 -t- -S J 0.562 0.322 1.383 0.217 0.149 0.319 0.692 0.477 0.196 0-379 Depth Duration 4 3 21 4 9 4 7 4 5 4 7 4 l 3 2 3 2 4 l 7 4 2 4 8 9 4 3 2 4 6 4 13 Average Intensity (In./Hr.) 0.088 0.093 0.064 0.095 0.078 0.042 0.042 o.o4o 0.036 0.060 0.082 0.052 0.136 0.052 0.036 0.257 0.257 0.047 0.25 0.18 0.14 0.453 o.2i4 0.092 o.i4o 0.040 0.154 0.054 0.050 0.160 0.173 0.080 0.049 0.029 Runoff (inches) 0.103 0.054 0.567 0.240 0.280 0.355 0.260 0.130 0.119 0.109 0.198 0.075 0.368 0.059 0.011 0.296 0.124 0.078 0.134 0.250 0.035 1.536 0.214 0.033 0.183 0.138 0.439 0.138 o.o4i 0.045 0.297 0.142 0.066 0.204 Runoff Rainfall () 29.4 19-3 42.3 63.1 V-^_J • -- 59-6 x ff m ^s 65.7 68.4 81.2 47.6 45.4 48.3 28.8 38.7 27.4 30.6 38.4 24.1 55-7 26.8 34.7 25.0 48.5 i — - • ^ 25.0 17.8 32.6 42.9 ^ 31-7 63.6 •~-^ * -• 27.5 — I s 14.1 43.0 '_'•-' PQ 8 C--J , U 33-7 53-7 ------- ------- H MD ON H K CO 0} 5 co ro 3 ggci H EH S 03 H P3 < W !> S >H §1 FH P^4 ftn C£3 CO O f> t-3 g O 9 § K E~< O O (^ CO ffl O O <£ ^ E 8 CO CD -P •H fn (D P- W tiO •H H •H IS! •H CO H H H j o5 P P O i w LTN H £? 1 t, •H fi H 1 1 1 1 1 1 1 1 1 1 1 1 1 II 1 1 1 1 1 1 1 1 1 1 1 1 1 II Scococo -d-ojco^t-d- ^i-co CArHVO CMCMHOJ-d- -d-OJ OJ 00 OO OO H H H COM3VOCOCOO-d"CO COJ-VOO-^ COCO i~n pH i I r~l CO --"^" "^ r\j Qj v£j v^ (^) oj VO --~d~ OJ O CO O . 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X 106) 19.15 15.87 10.07 7.71 5.18 4.06 11.23 10.54 5.21 2.49 1.39 1.03 5.35 (ib. X 10 ) 1195-64 990.92 628.57 481.45 323.46 253.68 701.08 657.91 325.13 155.44 86.75 64.05 333.91 5-Day CWD 69.5 61.5 54.0 48.0 42.5 37.0 30.5 24.5 20.5 17.5 15.5 15.0 15.0 BOD (Ib.) 83,100 60,900 33,900 23,100 13,700 9,400 21,400 16,100 6,700 2,700 1,300 1,000 5,000 Total overflow BOD load to canal 278,300 EOSCOE STREET SEWER Period of Record = 9 months (275 days) Average overflow BOD load to canal = 278,300 275 Average IMF BOD load = 25,200 Ib./day - 1,010 Ib./day Treatment Plant North Side Stickney Calumet TOTAL AREA Daily BOD Load to Plant, Ib./day 178,400 887,000 106,500 Total BOD load to canal system Daily BOD Load to Canals, Ib./day 7,100 35,500 4,300 46,900 Ib./day ------- ------- CO f,j T; CJ O '10 T-i oj c< 1 >J >s o o o o o o '"C rc3 CD - i) a a CO CO O T3 TJ GN_J- t— ; XA i-l r--; r-- d S -H O r-\j eXi c\' -3\ ON f-J r ci •- ^ ^ -x •% -4 O O ^ i vO _1 CO O (NJ M '!) 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O Oi O • 1— 1 T) 1— ' fQ CtJ jH r—J 0 S • Q • CQ O Ct3 ^ -P^ '—1 _Q fe Q cd ctf •H 5-1 id EH -P w ^D t^~ OO CO -3- OJ & V a H r-l H LA I 0 LA o tv o OJ LA r-f + o VD IV LA o § OJ + o LA -3- oo OO 0 0 T? 90 !V b- r-1 H CO OA OO * ON N- IV O H 01 CO O OJ 0 OJ OJ OO LA r-1 LA LA tv O OA O vo oo VD LA r-t O OO O O CA O H O LA 0 ^0 H 0 0 oo oo CO OA t- ^t VD OJ OJ CO O LA ^f H r-1 oo r«- ^ t2 + LA VC OJ OA VD O OO OJ H a tv O CO OJ 21 0 o CA o oo t— 01 9 LA LA s OO LA LA r-i O O oo oo H CO IV CO • * VO OJ OJ oo O ON 3 & OO OO VD tv H H ------- ------- O o H i X M vo o> B § Remarks 38< «^m^ • * w 03 c8 • id 0) -P ft--v. _ D « ,0 PQ H l 0 « H H O-^v W^"^ ^" • J ^g8^ «Bm5 • ^^5 O CQ H ^ ft, O •SH VO OJ VO ro on CA rH & ^ m oo & 3 i i LA -3- LA O tr\ H CA o ® OJ % vo OJ ' o D- t- ^O CA 8O o OJ OJ oo m ir\ LA o vO OO vo E'- en PO r-f ^f- _3- on 0 O oo on QC CO co H rt <3 S o t- oo O t- 8 rH I ' ! 1 1 ' u~\ LA VO 1 m fc -* on O OO M 03 » H tf 0 CA 1A VD* S O 0^ H -d- in VD O CO o> Lf\ OO H o 3 CA OJ -11120 S LT\ \| O kO ir\ ^o o H LT\ O IfN IA CO CO OO OO O O OJ 00 OJ t- O OO _^- j LT\ OO O ^ 8 SP CO P-I tf o 5 2? o\ UA ir\ O OJ OJ ^ r-t t- VO tA O OJ OO ^ rH o £ ? 0^ o IA rH 1 O vo r-/ -3- 1 9 o t- oo H O O tr\ LA OO CO OO OO IA CO OJ • OJ LA O -d- -J- -4- IA OJ O VO O OA 00 OJ CA O H OJ oo t- LA 0 ,3- oo S H OJ CO LA IA VD t~- O % U~\ J- LA -* + IA VO oo LA H 3 ON 3 + 116220 0 O LA ,3- & & s OO LA VD -3- CO J- -d- OJ H VO OJ CA CA OJ OJ 0 H OJ OJ O VD • LA o 3 3 H $ * LA LA CA IA 3 ,-) LA OJ OJ OJ 1 LA 0 LA J- 1 o CO OJ OJ + o OJ S H 0 0 -* -3- 30 CO oo oo CO <§ • vO VO H 1 I O « LA LA VO CA H H LA LA H 1 LA LA H t ' 0 OJ v3 H H O O CO CO OO OO LA t— O VO t- co* CA'CA 6 j- _3-,-J- in H i-( OJ H CA O> OJ OJ H CM OJ OJ H 0 H O CA O^ OJ OJ si w a> o OJ I'D OJ i (1) All ultimate BOD values were calculated vith K,, 20°C = 0.139 da. ------- ------- w A! Vi 03 K * m H CS -^ VOW « 52 ft S • • ta 03 0) t> So7 pq o H % < 03 Q 130 pq u 3 s * • O 05 H 13 cd "-v. o o • £D _O « H ffl • 0) oS g) 0 «tf CO +>\ 03 O & *S i o3 • v— • • o! • • • o5 tJ 'M M O -P^-v fr < H • • 03 03 0) "CJ £S7 < S O CQ H -d- rr oo o~ H OJ 00 ^ t- s K OJ CO in t>- O vo $ OJ vg OJ 00 1 LfN cn H oo i ur\ t~- H O O oo i O OJ 3 OJ o o O H ^O VO vo cr\ 0 • rH CO OJ o~ vO C^ CC3 VO oo on oo on OJ OO i ' vo t^ in CO OJ m. OJ o OJ 1 ITv Lf\ + ir\ t- LT\ O on LTN OJ o o H H VO VO t— H q CO H OO -3- O\ vo vo vo oo oo oo oo PM co a 2 0 c^ ITN H 1 1 I 1 1 ' 1 O OJ 1 r-i -^ VO VO OO oo PH i H VD VO O in t- VO on 0 c- VO LT\ J" OJ t- oo 0 oo o\ oo O t>- vo oo 1 o CO !P °? ITS c- H r-i ^t a o oo oo O O H rH ^> LT> 0 • H CO -=f Ln VO O\ VO - no oo oo oo PM CO OO _d- H 0 VO Uf> -* t- 0^ o^ vo o> • LA O LTv ^t oo o^> 0 a CO 1 ir\ OJ -4- rn s vo + l/\ H V * O ir\ t— VO CO O O oo _3- o o H H LT> LfN O 9 CO OT> LT\ t— O\ -* -d- 0-1 oo oo oo oo .* IA VO H * t- ir\ vo o\ f 1 I ' 1 1 1 ir\ OJ ' oo t- -* oo no 00 vo •\ £ • & vo H • -=h 0 O LPv -=r OJ oo H ^ O 0 OO -d- OJ o 3 s o J- H H H lf\ H ON H LTN OO H H 1 8 c- J- oo ir\ o vO O^ O 0 H H t- rH H • 0-) OO t- a\ -* j- 00 H oo oo oo oo vo LfN f- o> m H . -d- ^t OA O CO H LA CO VO 3 LA, CO 00 H I LA VO OO OO H LA t- -d- OJ LA OJ cr\ OJ o 0 LA -d- OJ o o ON O O H rH H £ OJ * t— OO H O> H -3- 0 H CTs 00 OJ oo oo t— co vo t. ' I " i 0' 1 'A' - t- X i o; rn; O IA CO r-l O c VD CT u^ ON CO VO 1 ir LA 0 -^1 O VO 3? LA ON O O O OJ H H H H t- oo J- o y t- o> • • H -3- H H O CO ^ LA OJ OJ oo oo i ! CO 0> - ------- ------- I OJ I w •H •H M M (L> R1 ^ CO I X H I EH B 5 § PM a 1 CO i • W ,£! Ct5 S-^ t"7\ 8 • w oj d "O O ,0 pq o H * O H H \ pq o p I3 • * j oj H Q^ 0 R • PQ H 1) PQ ct3 SOP • rfi f 0 O O"^ 03 -rl P • (UP ^Q « 03 • •H JH <& EH EH w _, d) S • rH H 0 Cfl • •H ?H -P 0 (L> 60 X 0} 0) O ^O t— H H U"N o CM H -3- • ir\ VO H H ^D VO * H o on LA H LA a CM H I LA H LA H I O .4- H H -t- a -d- CM ' LA 00 t— CO CM O O O -d- t- t^- rH H o on CM * .d- a- • VO C~- H H on co • •d- CM CM CM on or CM OT i — 1 r- LA CA « H 0 t~ CO o * CM LA r-i 1 on + LA D- OJ VO LA CM H on + vS t— LA ' LA LA on H o o -d" co £•-_ £ — H H CO CA on * CA t- » t~ o f~i Cv CXi O » CM O OJ CM on or on -d- H H -d- CO • o o CM H OO on on H CO OJ H O £ LA 1 O CM CA H 1 O r- on -XJ" + o CM on CO i o t- oo H O O t- t- H H on VD fO * t- -d- • O or CM OJ 0 or • O tr- CM H on o- •d- LT H r- \| i 0 LA O LA H CO LA O on on 1 LA ON vo CM O O O VO 1 O CM CO o o CA ------- ------- ON H CO g 1 O & a to o ca i— I < 5 l« PR 0 • S c3 eS •H JH tJ EH S CQ -P PH CO CO ir- on d LTi O\ 0" VD OJ OJ o 0 ro t- cr IA t— LPl LT\ O 0 ON H eg H -d- + u~\ u~\ VO H H 1 IA O ro a\ 0 O ON 0 H OJ oo ro ON VD CV! CO V£) CXJ VQ ro on CA H t- _3- 0 0 ro o", t— oo H H i , \D CM a LA CO 5 0 H O\ H I O H 5r O CJ VD CXI I IA CA OO VQ 0 0 O O CVJ OJ 0"! 0-1 IA LA O V£> OO VD C-l oo ro H ^t -d" oo 0 O oo ro be cd CO fi PJ O CO H 1-3 !>- H rH 0 -* rH ..* 1 I I ' i 1 ' LA LA MD 1 ro t— ro -d- ro O ro » co •d o CJ -=i- o VQ o^ d Oi LA ro; co H -=!• co) t~ HJ CO H) OJ di d o CO OJ OJ o ON o t- ! 0 -it- -* o H o 0\ ON OJ -11120 & ro ON IA O LA LA co CO oo oo o o OJ e 00 OJ t- 0 oo ^j- -d- LA oo o 0 0 ro ro §P CO H cd O co ON H H - f-n tA O t~ LA LA 0-) C3N CX1 O CO -tf t>- -!- ir\ 3 -* 0 ro O IA H O ro D~ CO O O tA IA CO CO oo ro LA CO OJ • OJ IA 0 -d- ^ .d- LA OJ O VO O ON 00 OJ ON o H OJ o -d- d IA ON OJ co t^ pn d LT\ O t- t- o OJ ¥ tA ON OJ CO + o ON r tA MD OO LA H IA CO r- o o LA -3- CO CO ro oo OJ o ro UN VO -d- CO -cj- -3- OJ H ^ £ OJ OJ OJ OJ OJ -d- e O g CO OJ -d- d o 3 CO IA H OO + LA OJ LA ro + LA ON OJ H + LA O IA -d- tA ON OJ CO o o -d- -d- CO CO oo oo CO CO o • VO VO CO ON -d- -d- H H OJ H ON ON OJ OJ H OJ OJ OJ I I O" ro d o H ON VO O f • LA LA ro OJ + LA LA H -d- o H & O O -d- _d- CO CO OO CO LA t— O VO t- CN O .d- IA H 0 H O & o7 si CO QJ OJ * OJ I-D ~~-------~~ ------- flj OJ (-( 1 X H O {25 CX! ^ H g M K w 0> PS, ca H o5 O "^ PP m O M s pq a . w ni -^ -^, S8p pq D PQ H O H fP «j O 60 O 05 [-— J r^2 H O ,.Q pq D w H CD PQ cd Cj O *N^ fl3 PH P * _c\| O fd '.> pq <; H W)O P O pq crt •H PQ >d O -P -P • H H r° PK b «; H -P C •H 0) • o fd O ft Ti^-v, H .VT ~S Hj CO * PI . o • w pq cc 05 'd S -P H ,0 (-1 ,c\| cu > o o •H £ CD EH £H K CQ rH dj £3 • iH O CD • ci> bD cd X H \| S H & ^ ^ 0 • cr3 cd O fl5 ' J -i > 4"> T3 PM OP CO 3 CM O XT. O H d -^4" 0 CM 1 H O Lr\ H O i— i 1 O ON OJ + ON 33 O OJ CO o t H H CM N- NO D m -1 CM £ J O CO H CM O^\ C""-' -3 o • o • XA O H ' + O XA H • OJ H O OJ H H XA CO — ^t" CO NO % o H CO OJ <^\ %O ON CO NO C*\ ("O o^ c^ 0 rr 1 co NO t -^ 0 XA H OJ O rO i o CO 1 r o co H OJ XA co H OJ 1 ': e O co H ^ -3 CN NO NO NQ rA r^ ro, rv PM CO Jf^ S O O O NO ON CM i 1 i 1 1 1 O ON 1 H -ct NO vQ (T1^ ------- ------- X M O OJ VO ON H £ I 3 O o H K g 55 0 1) M H w o3 H O fi V H PQ "si O M O PA S o crj H 'd cS • \ O -P Pt • PC, B1 § S D Pfl 05 3 P-) -P • A O ,d o pq <; H bOfi C 0 PQ d •H ffl 03 0 -P 4^ • r< ;z> <4 H Gale. Midpoint Load Ib./da. co O cti (d PQ -d S -P • H r0 «H £> H > CO o CH H o 'H 0 H •H JH o a. H O 05 • •d M -.° o 2; Vi CO a tiO 03 X CD - CM CO 0 O \| O NO o I o ON O H O o- ON H O H O 0 CM H XA r— CM o H _3 IA NO rH H 0 fA IA -=i CM CM O 1- OJ -7N i—l CM 0 9 O IA O- CM O O o- CM O O H H I O H XA H O O ^- CM O r— CM H H H O -J- O^ H H fA CO _3- CM CM C\ OJ f^ ~i i- 9 i ^ o o- ON CM 0— y O co ON CM O ON H XA + o CO CM CM 1 O O ON CM O oo CM H CO -cf XA 0 o ON r-- H CM co O CM O CM CM : r"' ^ CO co NO O CO o XA CO O CM NO H O r— O fA 1 O ON NO H O CM fA fA O ON CM H H a XA O ^ J- O fA CM CM O fA O c- CM H fA fA f_3 XA ;H H 1 1 XA XA NO O fA NO XA O 0 fA CM 1 O o fA CM I 1 O fA ON (N- -3- O ON CM H CO CM O _3- ON CM 1~\~ fA CO C-- XA H H fA fA XA EC XA NO O CM O O H 1 1 1 1 I ' O CM H 1 ON CM co XA H CO NO * H O XA \Q co NO O q - — i NO CO l—i Q CM 0 O\ CM ^ 0 NO XA NO O H NO CO H O XA CM r- • O ON r- -zfr NO CM CM co O XA -J H r- §5 XA NO H H i oj o co H Oj Oi ON Hi O! H1 I 0 i S ; o I o NO ON H 1 O ON O CM 1 O XA NO CO H 0 XA CM r— o NO O r— co NO CM CM fA O ON .cf r— H 0 rA fA NO C— H H ------- ------- a cu -p g, CO CO •H O !§• O CJ H W H i CM & H o H K O M & £p< 4i ° M cd nb S! -p P • H O ,0 0 H OWB o cd H TS o -p P • (D W cd bO T) cd P -P • ff O rQ o sq <; H bo P c o pq cd •H PQ it) O -P -P • H H ,0 P^ JD <; H Calc. Midpoint Load lb./da. • P • ra o cd cd PQ 'O H O ' r. ' \|Pn t,J - o rH ON ir\ 0 3 o CM rH 0 NO CO O ON in NO o en rH o o CM o CM in o _=t J- -3 in CM O M3 O ON m CM ON O H CJ CO NO o r- S 3 ON NO* o 3 H H o CO H ON H o in ON r— o CM r-\ H O H H . O O CM NO' O tn NO -~t co CM H ^O CM ON ON CM CM O H (M CM CO O ON rH 3 o O\ H iH 0 O c— o CNl I o o- o CM o CN ^ O 0 CM S rH O •O MO •JO ON H H CM H ON ON CM CM H CM CM CM I i CO NO o -3- CM O H 0 r* — H S 1 O C-- ON rH f-i O O CM O & * o -O C— ON O -Zf in H 0 H O ON CN CM CM CO O CM Q CM H cd ON H o O II o o CM rH -p •d .culated \ cd o Q) f-. -g- - CO 0) § Q) 1 ultima' . 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O\ t vsQ JJU O pQ ' £\| ^ M (H . 0 H H ^ c$ O ^0 3Q O M J3 o eg rH ''O ctf \ o q • • /—} ,-Q FQ H il) W d M rj3 SO O>-v. 05 O P • H r^ 13 <\| H "-\ -p %— ' ' • flj . . . d t~i	rQ 9 (ti O ct5 •H fn ------- ------- H i X M CXJ VO C"\ rH & 1 3 § a e o 8 Remarks W H PQ 0) Q to w ni a -c! & ^ S^ PQ ft S 0 H M 05 Q^ O tf H rd tf \ °p^ PP fi H cu W «5 bO T3 c o\ aj Q -P • £5 H rO O << H x-~, 4J I ed •^ . tf$ 0 S oJ JH cd •H in O (P :-! £-f CH pd CO 0) 0 • H H O OJ • •rj !n -P O S - O ±3 i — i + o o CM CM + O CM -ct + O F- H H O IA H CM 1>- O f- CM H H H r^ • O -o- o NO P- H H m co ,=f CM CM CM , H -J- C— O ON ^0 H -j- O H £ + O NO CO o CO CM CM O _J CM C— O JO CM H CO -3 XA * O ON C-- O- O H CM CO O cv O - NO ON H 0 i O g rH O p-\ XA CNJ 1>- O NO • o 0- CO o • NO OJ (M CO O ON t » ^r £- (H O on on O r~ H H ------- ------- O oo H H C\J & H & 1 03 1-3 § M OH O t-3 co* 05 S K 02 H cd \ co ctf cd "o s g . ffl H o H H \ W a* S SP OPS 0 J o3 ^N. o O • PP fn , o3 Q -P • rfl M r0 13 cf tV) rS d> (U H "p S H <; FQ O • O • c5 nJ -P cd CO O * o ON CO CM O o NO O ON XA CM CO ON CO I 0 O CM CM 1 0 CO o ^ o CO o- CO 1 o ON ^ ON O ^j XA CM co f""\ n""\ i o x) NO ^ ^ ON H O O m XA O H i- CM CO o CO CM H 1 1 o 0- CA + o XA NO H 1 O ON rA CO O -=t 1A CM ON ^Q 0 c. a O r°i • vQ ^— H ^ O O ro rA n CO • ( — co o i ' -i ' "* -' / i ^ rR XA O O XA ON H 1 1 ' , I 1 I XA 0- NO I m ^ -=f o1 CA M c^ CO ^ to '-.'j ^3 CM ^ O PI co o ON & X/ O co CM Ox O C1— CO 1 o NO H -~^f 1 O O CO H C H -cf NO 1 O NO c5 ,H O [— { CM fA 0 ^^f CM O CM (^V • CA ~3 XA fA O 0 0 rA r« CO • r~l O + O CM ^ 0 C~- i XA q ql oJ H XA! s J o 1 OJ 1 ONj O-\| CO S ^ o CM eg ON o c— CM + o CM o o H o ON CO CM o NO co ! O XA "^ O o CM (A ~J~ (A 0 CM XA 0 -cj -=f -3 XA CM O NO fA CM ON O H CM XT- CD XA 0 co CM £x^ CO o ON IS- i O XA i o H -+ O XA ON C-- 1 O o- O H ON O O CM -D l 1 j , •* : 1 j ------- H M O g ^ CO H g CQ M K CO M O M 1 CO LIABILITIl CO EH CO CO >H CO 1 O o OJ OJ o 1 s H J i CQ CO 1 H OH CQ crj •^ n H ft O PP $ ^^^ r> rH tsO -H fl CM 03 * I^ H ^\ -p O ft -P ,r> TO rH O 03 rH 0) p ffj g 0) £ rCf 03 S O bO d) fi v3 .p -P r-j U^ j3 rQ co O H X 5 1 — 1 r-{ \Q 3 OA ^3 r— ! 0 H vo rH H o rH IV co o CO OO ;v s 0 °J no ..r_ o OJ CO r— 00 iH O no co O VO rH O O rH C— OO o OO vo 0 CO t"- co H H P" CQ H 3 VO £j \| 1 < O C^ — O", 1 — 1 rH .1 O CO 0 !LA CO o vo o rH CO O ro OJ Lro VO 3 CM OA OO O VO IV vo Q OJ 0 vo H _^j- OJ o -Xj" rH OO O OJ OJ VO rH in OJ 03 \Q £ r— { d o CO rH O\ VO VO o vo co LA CO rH o OO _d* vo rH O CO OJ ojv o OJ vo CO 0 & o\ CO 0\ a co vo LA rH OJ O oo vo OJ o CO CO o r-- CQ rH 03 p O EH O —3" CO OO OO rH O 0 IV OJ o ON OJ OO H O o vo CO LA o LA OJ IV LA H o IV OA IV C7\ H O "rH OO _^- o OJ VO OJ LA O CO 1 — 1 ^J" ~^j" rH w a) 03 IH a; > ------- TABLE HO. IX-15 STORM SPILLAGE, INDUSTRIAL WASTE, AND MID-LOAD ESTIMATES COMPARISONS FOR UPPER ILLINOIS RIVER SYSTEM MAINSTEM I. Storm Spillage: Based on study of 31 storms in 1961-1962 in Roscoe Street Sewer Average 5-day BOD per day to Canal System - 1012 pounds/day Average 5-day BOD per day per sq. mile = 1012 - 117.6 pounds 5-da BOD 8.62 Drainage Area NSSTP WSWSTP Calumet STP Average 5- day BOD 86 156 113 Ratio 1.0 1.8 1-3 Drainage Area sq. miles 76 127.2 53-0 Pounds of pounds /sq.. 117.6 212.0 153-0 5- day BOD spilled mile pounds total 8,940 27,000 8,100 37,9^0 Total pounds 5- day BOD into mains tern = 37,9^0 pounds/day Lu, ultimate BOD = 37,9^0 = 56,000 pounds /day spilled into raainstem 0.68 H. Industrial wastes ^spilled into mainstem = 5^,300 pounds Lu, ultimate BOD/daf ' . HI. Calculate mid- station positive BOD loads, average for 5 study periods = 157,250 pounds Lu, ultimate BOD/ day IV. Comparison: Sum of Storm Spillage and Industrial Was-te spillage = 56,000 plus 54,300 = 110^300 pounds/day Ratio = 110,300 = 70% 157,250 ------- ------- TABLE NO. IX -16 «* VALUES THOMAS SLOPE METHOD STATION REACH STATION 1,2,3, .106 .252 .071 .215 .105 .109 .109 n - 8 1.057 k^O.132. STATION STATION 4,5,7,8,9 12,13,14,15 .135 .128 . 112 . 189 . 247 . 088 .131 .061 . 213 . 099 n = 6 n = 7 .920 .931 . k!=o. 153 k"i=0 . 133 kx=c STATION STATION 16,17,18 19,20,21,22 .212 .230 .192 .092 . 075 . 166 . 090 . 071 . 096 . 192 n = 5 n = 5 .665 .751 ).133 5^=0.150 n = 31 k! = 0.139 s(x) = 0.061 ------- TABLE NO. JX-17 Lover Illinois River System - FLOW - CFS Station Mileage 280.8 T 278.7 0? 2U.6 270.6 26S.5 252.7 246.9 (1) 246.9 (2) 240.2 241.1 T 239-2 231.6 229.7 236.5 T 219.8 20^.4 198.1 184.8 (181.3 1Y3.4 168.9 1166.1 [L6S.3 tL6l.7 T P-58.7 be. 5 161.0 T 151.8 143. 2 p.32.0 125.8 133.7 T \|uf.<5 105.5 105.7 T ico. 9 tf'a.o " 95.8 T 81.0 78.6 71.2 55.9 23.70? 121.7 Location DuPage R. (Trib) Kankakee R. (Trib} Dresden Dam EoJ.&E, RR. Bdg. Morris Hvy. Bg. Seneca Hwy. Bg. Marseilles-Rapid Marseilles Canal Sherer Island Fox R. (Trib) Hitt Island Starved Rock Utica Bg. Light Vermillion R. (Trib) Huse Slough Bureau Creek Webster Ldg. Bennett's Lt. Chilicothe Lt. Blue Crk Lt. Drolls Ft. Lt. Peoria W. Intake Avery Light Kickapoo Ck. (Trib) Warn Sign Seven Mile Lt. Mackinaw R. (Trib) Pekin Intake Lancaster Lt. Woodyard Lt. '.fliompson Lt. Spoon 'R. (Trib) Havanna Lt. Grand Island Lt. Sangamon R. (Trib) Hickory Lt. Beards town Br. LaMoine R. (Trib) LaGrange Mk. Indian Ck. Lt. Meridosia Bge. Flo-Hwy. Bge. Macpn. Ck. Bge. (Trib Hardin Hwy. Bge. Study Nov. !6l 435 4960 8760 8760 9160 9180 8990 200 9240 3470 12700 12900 12900 965 14100 14300 15000 15300 15500 15700 15800 15900 15900 205 16200 16200 960 16300 17400 17800 17900 2440 20400 20700 3230 20800 24300 I960 26600 26600 26800 N.S. N.S. N.S. Periods - A Mar. '62 1250 13400 22600 22600 25100 25400 25600 15 25600 7300 32900 33200 33200 3920 38100 38300 40100 40100 40100 40100 39400 39200 39200 580 38600 38600 3460 38700 42700 41700 41700 5540 46500 47300 12800 48600 63200 3440 66300 66300 65800 N.S. N.S. N.S. verages July '62 95 2180 6620 6620 6770 6770 6670 100 6780 720 7500 7530 7530 600 8270 8390 8750 8870 8940 9110 9140 9170 9170 135 9340 9340 630 9380 10100 10100 10100 420 10500 10700 2130 10700 12900 100 12900 13000 13000 N.S. N.S. N.S. Average 595 6845 8045 12660 13675 13785 13755 105 13875 3830 17700 17875 17875 1830 20155 20330 21285 21425 21515 21635 21445 21425 21425 310 21380 . 21380 1685. 21460 23400 23200 23235 2800 25800 26235 6055 26700 33465 1835 35265 35300 35200 N.S. N.S. N.S. U.S. = NOT SAMPLSD ------- ------- TABLE NO. IX -18 Lower Illinois River System - BOD 5 DAY MG/L Static Fileage 1230. 8 T !2f8". 7 T 271.6 270.6 233.5 252.7 246.9 (1) 24$.9 (2) 2.'.'.0.2 241.1 3? 239.2 231.6 229 .7 236.5 T 219. 8~ 209,'.'- 350 n Location DuPage R. (Trib) :fenkakee R. (Trib) Dresden Dam E.J.&Eo RH. Bdg, Morris Hvy. Eg, Seneca Hwy. Bg. Marseilles-Rapid Marseilles Canal Sherer Island i''ox R. (Trib) Hitt Island Starved Hock Utica Bg. Light Ver^illion R. (Trib) Rase Slough Bureau Creek Webster Ldg. 184,8 Bennett's Lt. "181,3 jChilicothe Lt. 173.4 Blue Crk Lt. J16J.9 j Drolls Pt. Lt. 16^,1 JFsoria W, Intake .".(-> 5 .3 jAWry Light ;J.6i f - ICickapoo Ck. (Trib) !l 50.7 Uarn Sign •!!;£. 5 Seven Mile Lt. i.i.bj.6 'f Mackinaw R. (Trib) :> v.,b 'j''-;iT2 '.O'<".."0 •Vc£.? 133.7 T .1.17.6 J,C<>o .V>;. 7 "'(.'0.9 tj'J.6 95.8 t jj.,6 fr37§ ~~ IJekin Intake Lancaster Lt, Wcodj-ard Lt. Thc:npso;i Lt. Spoon R. (iVib) Ha.vann.; Lt. Grar.d Island Lt. Sania\HOn R. fTi-ibl Hic-kory Lt. Eeerdstovn Br. Lalfoine R.(Trib) LeXrrange Mk. xt:dian Ck. Lt. 7-!-.2 lifer idosia Bge. ,55-9 iFIo-Hwy. Bge. '-3.7 T \| Macpn . Ck . Bge . ( Trib ) •iL-7 'Fardin Hwy. Bge. Study Pei Nov. '6l 2.25 2.11 r~23i~ 3.15 3.52~~ 3.16 3.02 3.55 " 5/ST 1 4.42 5.01 5.06 ^.57 2.13 N.S. 4.61 N.S. 5.02 H.S. 5.67 NCS. 5.^9 N.S0 3.05 .53 4.40 3.5^ N.S. 5.26 N.S. 4.84 3-60 N.S. 4.39 , 3.02 N.S, 4.41 3.31 4.40 4.18 N.S. N.S. N.S. N.S. -iods - Avera Mar. '62 3.94 3.68 4.85 5.26 4.79 4.22 4.91 N.S. 6.65 4.94 6.28 6.47 6.66 2.70 N.S. 5.84 W.S. 4.96 N.S. 4.16 N.S. 4.29 N.S. 4.18 4.22 3.95 3.82 N.S. 4.51 N.S. ^.57 5.95 If.S. 4.46 4.12 N.S. 4.13 4,63 4.23 3.79 N.S, N.S. N.S. N.S, ges July '62 7.5 4.8 6.1 6.3 7.4- 8.1 7.4 N.S. 12.2 10.3 12.4 11.8 11.2 5.2 N.S. 12.8 N.S, 11.4 N.S. 10.8 N.S. 8.2 N.S. 3.9 8.5 8.3 ^.3 N.S. 8.9 N.S. 9.5 5.0 N.S. 8.9 5-9 N.S. 8.8 4.0 8.2 8.3 7.2 7.8 5.7 5.4 Average 4.56 3.53 4.59 4.90 5.27 5.16 5.11 3.55 9.42 5.65 7.90 7.77 7.47 3.34 N.S. 7.75 N.S. 7.13 N.S. 6.88 N.S0 5.99 N.S. 3.71 5.75 5.55 3.89 N.S. 6.22 N.S. 6.30 4.85 N.S. 5.92 4.35 N.S. 5.78 3.98 5.61 5.42 7.2 7.8 5.7 5.4 ;:„ = NOT SAJGPLED ------- ------- TABLE WO. IX -18 Illinois River System - BOD 5 DAY MG/L Static fi'illeage \|2t0.8 T 273.7 T 271.6' J270.5 !25j.5 I 25 y, 7 2i6.9 (1) 246.9 (2) 240~2 24-1.1 T 2^9.2 231. S n Location DuPage R. (Trib) Kankakee R. (Trib) Dresden Dam E.J.&Eo RR. Bdg. llorris Hvy. Eg. Seneca Hwy. Bg. Marseilles-Rapid Marseilles Canal Slierer Island Vox R. (Trib) Hitt Island Sta.rved .Rock 229.7 jUtica 3g. Light 230.5 2 Slgji 209.4 icB.l 18>.£ 131.3 Vsrmillion R. (Trib) Huse Slough Btireau Creek Webster Ldg. Bennett's Lt. Chilicothe Lt. .Y,'3-4 iBlue Crk Lt. .16^,9 Uo'XX ",b~.3 Erolls Ft. Lt. Peoria W. Intake Avery Light !16l,7 T Jkickapoo Ck. (Trib) .•-5«.7 U:arn Sign 156, $ 1 Seven Mile Lt. Jol.^OJC __\| :WvfT7~ [_ Mackinaw R. (Trib) Pekin Intake lancaBter Lt. .-;>;'. 0 H-bodyard Lt. •:.£'•>•. 8 1 Thompson Lt. '--.'>. 7 T i Spoon R. (Trib) 117-6 liav^nna Lt. ].r'>>5 \| Grand Island Lt. -\).7 Saa^_amon R. (EriTj) •oy.9 [Hickory Lt. ^.0 j Eeardstown Br. OV.y 1' JLaMoina R". (Tribl i^l.O ; TCb" 7i C^-^l j'j«^Granf?e Mk, Indian Ok. Lt. Moridosia Bge. Study Pei Nov. '61 2.25 2.11 2.83 3.15 3.62 3.16 3.02 3.55 5.65 '"if.te 5.01 5.06 4.57 2.13 N.S. 4.6l N.S, 5.02 N.S. 5.67 N.S. 5.^9 N.S, 3.05 ^.53 4.^0 3.5^ N.S. 5.2.6 N.SC lf.8i\|. 3.^0 N,S, ^.39 3.02 N.SS 4.41 3.31 4.40 4.18 N.So , 55.9 [!''lo~Hw. Bge. ! N.S. ^j.7 T ;Macpn. Ck. Bge. (Trib) j U.S. -•-'..7 li'ardln Ewy. Ege. ( M.S. 'iods - Avera Mar. '62 3.94 3.68 4.85 5.2S 4.79 4.22 4.91 N.S, 6.65 4.94 6.28 6.47 6.66 2,70 N.S0 5.84 N.S0 ^.96 N.S. 4.16 N.S0 4.29 N.S. 4.18 4.22 3.95 3.82 N.S. 4.51 N.S. 4.57 5.95 L N.S. 11 4:46" 4.12 N.S. 4.13 4.63 4.23 3-79 N.S3 NoSa N.S. N.S, ges July '62 7.5 4.8 6.1 6.3 7.4 8.1 7.4 N.S. 12.2 10.3 12.4 11.8 11.2 5.2 N.S. 12.8 N.S. 11.4 N.S. 10.8 N.S. 8.2 N.S. 3.9 8.5 8.3 4.3 N.S. 8.9 N.S. 9.5 5.0 N.S. 8.9 5-9 N.S. 8.8 4.0 8.2 8.3 7.2 7.8 5.7 5.4 Average 4.56 3.53- 4.59 4.90 5.27 5.16 5.11 3.55 9.42 5.65 7.90 7.77 7.47 3.34 N.S. 7.75 N.S. 7.13 N.S. 6.88 N.S. 5.99 N.S. 3.71 5.75 5.55 3.89 N.S. 6.22 N.S. 6.30 4.85 N.S. ' 5-92 4.35 N.S. 5.78 3-98 5.61 5.42 7.2 7.8 5.7 5.4 J-',C0 = SAMPLED ------- ------- TABLE NO. Lower Illinois River System - DISSOLVED OXYGEN MG/L 1 Static Mileage 280.8 T 278.7 T 271.6 270.6 263.5 252.7 2U6.9 (1) 2U6.9 (2) 2k0.2 2kl,I T 239,2 231.6 229.7 236.5 T 219.8 209. k 199.1 18iiTa 181.3 173. k 168; 9 166,1 16.5.3 161,7 T 158.7 156.5 l6l.O T 151. a 1U3.2 132;o 125. a 133.7 T 117.6 105-.5 105.7 T 100 . 9 ~BB,0 _i_^. _ 95. a T 81.0 78i6 71,2 55,9 23,7 T 21j7 n Location DuPage R. (Trib) Kankakee R. (Trib) Dresden Dam E.J.&E. RR. Bdg. Morris Hwy. Bg. Seneca Hwy. Bg. Marseilles -Rapid Marseilles Canal Sherer Island Fox R. (Trib) Hitt Island Starved Rock Utica Bg. Light Ve million R. (Trib) Huse Slough Bureau Creek Webster Ldg. Bennett's Lt. Chilicothe Lt. Study Nov. '61 11.81 11.66 b.Ul 10.76 10.1i3 10.17 10.68 9.75 10.20 12.55 10.U6 11.13 11.82 11.79 M.S. ll.ii5 N.S. 11.18 N.S. Blue Crk Lt. 11.36 Drolls Pt. Lt. Peoria ¥. Intake Avery Light Kickapoo Ck. (Trib) Warn Sign Seven Mile Lt. Mackinaw R. (Trib) Pekin Intake Lancaster Lt. Woodyard Lt. Thompson Lt. Spoon R. (Trib) Havanna Lt. Grand Island Lt. Sangamon R. (Trib) Hickory Lt. Beardstown Br. LaMoine R. (Trib) LaGrange Mk. Indian Ck. Lt. Meridosia Bge. Flo -Hwy. Bge. Macpn. Ck. Bge. (Trib) Hardin Hwy. Bge. N.S. 11.18 N.S. li.86 11.26 11. Ik 11.07 N.S. 10.86 N.S. 10.27 11. Ill N.S. 10.U2 10.56 N.S. 10.18 10.70 10.20 10.32 N.S. N.S. N.S. N.S. Periods - Av \|Mar. '62 11.38 11.56 11.37 11. 3U 11.10 10.814 11.23 N.S. 11.21 12.12 11.26 11.61 11.50 12. 1U N.S. 11.05 N.S. 10.57 N.S. 10.68 N.S. 10.80 N.S. 11.38 10.811 1 10.81 11.26 N.S. 10. 5U N.S. 10.3k 11.01 N.S. 10.27 10.U7 N.S. 10.05 11.10 10.15 10.114 N.S. N.S. N.S. N.S. srages July '62 6.2k 9.k9 6.00 7.55 7.17 7.U6 7.W 7.9k 6.85 9.25 6.93 7.15 7.7it 10. 9k N.S. 6.06 N.S. iu31 N.S. 5.3» N.S. 5.UO N.S. 8.72 5.29 5.95 8.25 N.S. U.56 N.S. 3.^5 7.5'6 N.S. 2.93 7.36 N.S. 2.63 7.00 2.77 U.07 3.851 3.5lt 8.62 3.57 Average 9. SI 10.97 a. 59 9.aa 9.57 9.U9 9.78 8.85 9.U2 11.31 9.55 9.96 ' 10.35 11.62 N.S. 9.55 N.S. 8.69 N.S. 9.1U N.S. 9.13 N.S. 10.65 9.13 9.30 10.19 N.S. 8.68 N.S. a. 02 10.02 N.S. 7.87 9.U6 N.S. 7.62 9.60 7.71 8.18 3.b^ 3.$k 8.62 3.57 N,. S. = Not Sampled ------- ------- r Lower Illinois River System - TEMPERATURE Static Mileage 280. « T 2?H. 7 f 271.6 270.6 263.5 252.7 2it6.9 (I) 2kb. 9 (2) 2k0.2 2U1.1 T 239.2 231.6 229.7 236.5 T 219.0 209.lt 19^.1 18i\|.8 101.3 173. k 160.9 166,1 165.3 p.61.7 T 15J.7 156.5 161.0 T (151.0 R43. 2 132,0 125.8" 133.7 T 117.6 105.5 105.7 T \|100.9 88.0 95.9 T 01.0 f78.6 71.2 55.9 23.7 T 21.7 >n Location j&iEagtf. R. (Trib) Kankakee R. (Trib) Dresden Dam E.J.&E. RR.Bdg. Morris Hwy. Bg. Seneca Hwy. Bg. Marseilles -Rapid Marseilles Canal Sherer Island Fox R. (Trib) Hitt Island Starved Rock Utica Bg. Light Vermillion R. (Trib) Huse Slough Bureau Creek Webster Ldg , Bennett's Lt. Chilicothe Lt. Blue Crk Lt. Drolls Ft. Lt. Peoria ¥. Intake A very Light Kickapoo Ck. (Trib) Warn Sign Seven Mile Lt. Mackinaw R. (Trib) Pekin Intake Lancaster Lt. Woodyard Lt. Thompson Lt. Spoon R, (Trib) Havanna Lt. Grand Island Lt. Sangamon R. (Trib) Hickory Lt. Beardstown Br. LaMoine R. (Trib) LaGrange Mk. Indian Ck. Lt. Meridosia Bge. Flo -Hwy. Bge. Macpn. Ck. Bge. [Trib] Hardin Hwy. Bge. Study Nov. '61 o.o 6.6 9.0 9.0 8.7 ~%3 " 8.1; '" B.I 7.3 THI " 7.3 ~O 6.8 6.2 8.0 7.1 F3 ^ 6.9 o.o 6.1 0.3 6.1 7.7 6.0 \| ""5.8 ' " 5.6 6.0 0.0 577 0.0 T.r~ 5.7 ^"73 5.7 7.0 h ?.r 6.0 6.1 $.9 6.7 N.S. N.S. w.s. N.S. Periods - Avei Mar. '62 3.0 3.6 3.6 ' T.o ~ ~3j il.l 1.1 "T.i N.S. 7.0 2.9 T.9 ""* 5.9 6.3 it. 2 N.S. 6. It N.S. 6.2 N.S. 5.0 N.S. r~ 573 1 N.S. 1 F.9 5.r 5^.7 6.2 N.S. 5.6 N.S. 5.6 7.0 N. S . 5.6 7.7 N.S. 5.6 f 7.2 f 5.7 5.7 r N.S. N.S. N.S. N.S. ages July '62 21.9 23.5 26.6 26.3 26.1 25.7 25.6 25.7 25.6 23.5 25.1 25.^ 2^.1 23.7 N.S. 25. 2 N.S. 2h.9 N.S. 2U.1 N.S. 9), T •-4. J N.S. 21.9 214.3 2k. 3 21.6 N.S. 2k. 1 N.S. 2U.7 21.ii N.S. 2u.O 22.6 N.S. 2k.9' 21.2 25.1 2ii.3 2k. 3 25^.5 " " 25.0 25.9 Average 10.5 11.2 13.3 13.1 13.0 12.0 12.7 16.9 .13.3 10.6 13.1 12.7 12.7 ll.u 8.0 12.9 0.5 12.7 "8.0 12.0 0.3 11.9 7.7 I 11.3 11.9 11.9 11.5 0.0 12.0 8.0 11.9 11. ii 7.5 12.0 12. k 7.5 12.2 11.5 12.2 12.2 , 2k. 3 25.5 25.0 25^9 ------- ------- TABLE IX-21 Lower Illinois River System - Nitrate - Nitrogen mg/1 Static lileage 280.8 T 278.7 T 271.6 270.6 263.5 252.7 2U6.9 (1) 2U6.9 (2) 2k0.2 211.1 T 239.2 231.6 229.7 236.5 T 219.8 209.1^ 198.1 181. 8 181.3 173. 1 168.9 166.1 165.3 161.7 T 158.7 156.5 161.0 T 151.8 1W.2 132.0 125.8 133.7 T 117.6 105.5 105.7 T 100.9 88.0 95.8 T 81.0 78.6 71.2 55.9 .23.7 T 21.7 n jocation DuPage R. (Tributary) ffankakee R. (Tributary ) )resden Dam E.J.& E. RR. Bridge florris Hwy. Bridge Seneca Hwy. Bridge Marseilles-Rapid Marseilles-Canal Sherer Island Fox R. (Tributary) litt Island Starved Rock Utica Bridge Light Vermillion R. (Trib) Huse Slough Bureau Creek Webster Landing Sennett's Light Chillicothe Light Blue Crk Light Drolls Point Light Peoria Water Intake Avery Light Kickapoo Ck. TTrib) Warning Sign "D&L 1 mi1' Seven Mile Light Mackinaw R. (Tributary) Pekin Water Intake Lancaster Light foodyard Light Thompson Light Spoon R. (Tributary) Havanna Light Grand Island Light Sangamon R. (Tributary) Hickory Light Beardstown Bridge LaMoine R. (Tributary) LaGrange Mark Indian Ck. Light Meridosia Bridge riow-Hwy. Bridge Macpn Ck. Bridge (Trib) Hardin Hwy. Bridge Study Nov '61 2.20 1.88 1.92 2.05 1.97 2.1k 2.1k 2.16 2.21 2.09 2e02 2.77 2.00 3.80 N.S. 2.18 N.S. 2.02 N.S. 2.11* N.S. 2.17 N.S. 2.21 1.91 2,27 2.W N.S. 2.03 N.S. 209 2.0k N.S. 2.36 2.20 N.S. 2,01 2.05 2.33 2.39 N.S. N.S. N.S. N.S. Periods - Mar '62 N.S. 1.79 1.88 1.81 1.95 1.95 2.3k N.S. 2.1k 2.5k 2.02 2.3k 2.31 2.61 N.S. 2.30 N.S. 2.57 N.S. 2.kk N.S. 2.59 N.S. 2.21 2.6k 2.U8 3.6ii N.S. 2.77 N.S. 2.76 2.33 N.S. 2.36 3.10 N.S. 2.62 1.61 2.36 2.hh N.S. N.S. N.S. N.S. Average July '62 1.35 1.08 0.75 0.90 1.01 1.10 1.30 1.19 l.3k 0.56 1.39. I.ii3 l.?l 1.76 N.S. 1.79 N.S. 1.71* N.S. 1.81* N.S. 1.91 N.S. 0.38 1.80 1.90 1.56 N.S. 1.79 N.S, 1.89 0.88 N.S. 2.10 1.33 N.S. 2. Oil 0.79 1.97 1.89 1.96 1.83 0.38 1.92 Average 1.78 1.58 1.52 1.60 1.6U 1.73 1.93 1.68 1.90 1.73 1.81 2.18 1.9U 2.72 N.S. 2.09 N.S. 2.10 N.S. 2.1i* N.S. 2.32 N.S. 1.60 2.13 2.22 2.56 N.S. 2.20 N.S. 2.25 1.75 N.S. 2.27 2.21 N.S. 2.22 I.li8 2.22 2.2k 1.96 1.83 0.38 1.92 N.S. = Not Sampled ------- Date Due -------

                       REPORT




                       ON THE




               ILLINOIS RIVER SYSTEM
              WATER QUALITY CONDITIONS




                   Part II Tables




                  CHAPTERS IV - IX
                   January 1963




U.S. DEPARTMENT OF HEALTH, EDUCATION AND WELFARE




              Public Health Service




   Division of Water Supply and Pollution Control




     Great Lakes-Illinois River Basins Project

-------

-------
                            LIST OF TABLES


Chapter IV

       Field Investigations

       IV-1 (a-h) Sampling Stations - Locations

       IV-2 (a-d) Sampling Stations - Physical Observations

Chapter V

       Physical and Chemical Investigations

       V-l (a,b) Organic Chemicals

       V-2       Radiation Protection Guides

       V-3       Nuclear Reactors - Upper Illinois River System

       V-ii (a-c) Radioactivity Levels - Illinois River System

       V-J>       Argonne National Laboratory Liquid Wastes -
                     Total Annual Discharge

       V-6       Total Alpha Activity and Uranium Activity in
                     Sawmill Creek Water

       V-?       Plutonium and Thorium Activity in Sawmill Creek
                     Water

       V-8       Total Beta Activity in Sawmill Creek

       V-9       Beta-Emitting Nuclides in Sawmill Creek Water

       V-10      Total Alpha and Beta Activities in Des Plaines
                     River Above and Below Sawmill Creek

       V-ll      Radioactivity in Des Plaines River Water

       V-12      Permissible Activity Discharge Concentrations from
                     Dresden Nuclear Power Station to Illinois River

       V-13      Unsealed Isotope Use - Chicago,  Illinois

       V-lii      Radioactivity in Chicago Water Supply and Sewage
                     Effluents

-------

-------
Chapter VI

       Biological Investigations

       VI-1       Bottom Fauna Populations in the Illinois River
                      System (July-August, 1961)

       VI-2       Bottom Fauna Populations in the Illinois River
                      System (October-November, 1961)

       VI-3       Bottom Fauna Populations in the Illinois River
                      System (February, 1962)

       VI-3a      Bottom Fauna Populations in the Calumet Area
                      (February-March, 1962)

       VI-3b      Bottom Fauna in the Lower Illinois River
                      (July-November, 1961)

       VI-li       Attached Filamentous Algae in the Illinois River
                      System

       VI-5       Record of Biological Analysis - Plankton Algae

Chapter VII

       Bacteriological Studies

       VII-1 (a-i) Summary of Coliform and Fecal Streptococcus
                       Results

       VII-2 (a,b) Lower Illinois River System - Summary of
                       Coliform Results

       VII-3       Isolation of Salmonella from Sewage and River
                       Water

       VII-li       Frequency of Virus Isolations in Monkey Kidney
                       Tissue Culture and in Suckling Mice from
                       Sewage and River Water Sample s

       VII-5       Frequency of Virus Isolations in Monkey Kidney
                       Tissue Cultures and/or Suckling Mice from
                       Sewage and River Water Samples

       VII-6       Frequency of Virus Isolations in Monkey Kidney-
                       Tissue Cultures and in Suckling Mice from
                       Sewage and River Water Samples by Month

-------

-------
Chapter VIII

       Special Studies

       VIII-1       Median Values of Sample Results

       VIII-2       Summary of Average Daily Loads BOD
                        (April 2li~May 21, 1961)

       VIII-3       Summary of Daily BOD-COD Loads
                        (September 11-2U, 1961)

       VIII-Ii       Summary of Daily Solids Loads
                        (September 11-21*, 1961)

       VIII-5       Summary of Daily Discharges
                        (September 11-2U, 1961)

       VIII-6       Summary of Bacterial Data

       VIII-7       Roscoe Street Sewer - Land Use and Imperviousness

       VIII-8       Roscoe Street Sewer - Quality of Dry Weather Flow

       VIII-9       Roscoe Street Sewer - Overflows

       VIII-10      Roscoe Street Sewer - Rainfall and Runoff

       VIII-ll(a,b) Roscoe Street Sewer - Laboratory Analyses
                        (Storm of November 2-3, 1961)

       VIII-12(a,b) Roscoe Street Sewer - Laboratory Analyses
                        (Storm of November 15-16, 1961)

       VIII-13      Roscoe Street Sewer - Laboratory Analyses
                        (Storm of May 8, 1962)

       VIII-lli      Roscoe Street Sewer - Laboratory Analyses
                        (Storm of May 10, 1962)

       VIII-l5(a,b) Roscoe Street Sewer - Laboratory Analyses
                        (Storm of July 2-3.. 1962)
       VIII-16
Daily 5-Day BOD Load to Canal System

-------

-------
Chapter IX

       The Impact  of  Waste Loads on the Stream

       IX"!        Known Sources Biochemical Oxygen Demand Loads

       IX"2        Estimated Mid-Station Biochemical  Oxygen Demand Changes

       IX-3        Ne  • Bottom Sludgs-Dissolved Oxygen Demand

       IX-4).  (a-c)  Biochemical Oxygen Demand Balance  Summary
                       (April-May', 196.1)

       IX~5>  (a- o )  Biochemical Oxygen Demand Balance  Summary
                        '-;: "  .'-.:. l?6l)

       IX- -6  (a~j)  Biochemical Oxygen Demand Balance  Summary
                       (JuneP  1961)

       IX- 7  (a-c)  Dissolved Oxygen Balance Summary
                       (June.,  1961)

       IX' -8  (a-c)  Biochemical Oxygen Demand Balance  Summary
                       (July,  1961)

       IX-9  (a-c)  Dissolved Qicygen Balance Summary
                       (July.,  1961)

       IX-10  (a-c } Biochemical Oxygeu Demand Balance Summary
                        (August,  1961)

       IX-1I  (a-c) Dissolved. Ozygen Balance Summary
                        (August-,  l?ol)

       IX"! 2  (a- c; Biochemical 0;:yger Dsniand Balance Summary
                        (Jariv.aiy., 19o2 )
       IX-j.3 (a~^) Dissolved Qirjrpsn Balance Summary
                        (Oar.v A:.V:'  -'-9-^)

       IX-la       SurirT.ar.y  of Assets aid Liabilities in Upper
                        IIl."j:ois Rive-,- System Mains tern

       1X-15       Storm Sp:".llager  Industrial Waste, and Mid-Load
                        E^tiric'.tos

       ::i-l6       !:  Valuer; Thoman Slooo Method

-------

-------
IX-17       Lower niinois River System - Flow-Cfs



IX-18       Lower Illinois River System - BOD 5-Day mg/1



IX-19       Ikwer Illinois -River''.System - Dissolved Oxygen mg/1




IX-20       Lower Illinois River System - Temperature °C



IX-21       Lower Illinois River System - Nitrate-Nitrogen mg/1

-------

-------

























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                                 TABLE V-2
                        RADIATION PROTECTION GUIDES
                  Daily Intake in Microtaicrocuries Per Day
Radionuclide
Range I
Range II
Range III

Iodine 131
0-10
10-100
100-1000
*Radiuiu results
Strontium 89 Strontium 90
0-200
200-2000
0-20
20-200
2000-20,000 200-2000
in micromicrograms
per day
Radium 226
0-2*
2-20*
20-200*

                                 TABLE V-3
                              NUCLEAR REACTORS
                        UPPER ILLINOIS RIVER S^STEM1
     NAME
   TYPE
KWT
START UP
Argonne National Laboratory
  Lemont, Illinois

  Argonne Research Reactor (CP~5)
  Experimental Boiling Water Reactor(EBWR)
  Argonne Nuclear Assembly for University
    Training;, Argonaut (CP-ll)               Graphite/Water
  Argonne National Laboratory (AGN-201-108)  Homo. Solid
  Argonne National Laboratory (Juggernaut)   Graphite/Water
  Biological Research Reactor (JANUS)        Tank
Heavy Water      5,000
Boiling Water  100,000
                    10
                   Neg
                   250
                   200
Armour Research Foundation
  Chicago, Illinois (ARR)

Dresden Nuclear Power Station
(Commonwealth Edison Company)
  Morris, Illinois
Homogeneous
    75
Boiling Water  629,000
           1956

           1957
           1957
           1962
           1962
    1956
           1959
"U.S. Atomic Energy Commission,  Nuclear Reactors Built, Being
 Built, or Planned in the U.S. as "of June 30, 1962~ TID-8200
 T6th Rev.), USAEC Div. of Technical Information, Oak Ridge (1962).
-------
     TABLE V-4a
RADIOACTIVITY LEVELS
ILLINOIS RIVER SYSTEM
 July-September, 1962
uuc/liter
STATION S.S. D.S.
NS 340.7 2.8 5.6
338.6 2.8 6.0
336.9 1-2 3-4
334.9 o.o 3.0
333- 4 3-4 4.8
NB 333-^ 8.6 43
331 .4 18 10
329.0 46 12
325.8 15 12
CH 326.9 5-6 13
325.8 4.1 18
SB 332.8 2.8 5.2
324.3 2.4 6.0
SS 320.0 7.2 8.4
317-3 6.0 9.2
314.0 8.4 9.2
307.9 2.8 12
304.1 3.4 10
CA 332.7 i.o 6.6
328.1 1.6 0.4
327.0 8.6 4.8
GO 336.0 4.4 6.4
332.2 2.0 8.6
IH 331-9 4.0 6.8
GC 331-1 133D 20
328.7 19 12
326.6 53 20
325.8 6.6 4.8
LC 334.9 21 17
333-1 6.4 17
330.0 9.4 28
328.0 4.4 14
325.0 5-4 12
323.4 35 13
322.4 3.8 5-6
320.2 22 13
320.1 0.4 7.2
TC 330.3 0.2 12
HD 336.7 0.0 6.0
uuc/gram
BOTTOM MUD ALGAE

22
84
27
9-9
370
73
110
25
76
69
130
130
36
33
73
130
19
19

19
14
11
14
370
60
22
11
84
220
110
90
0.0
210
18
67
31
16

260
110
660
650
690
730
330
160
800
300
600
270
330
190
250
28
180
200
420
69
48


270



270






i4o
160



uuc/liter uuc/gram
S.S. D.S. BOTTOM MUD ALGAE
0.3
0.3
1.1
0.4
0.4
0.1
(i)
0.1
0.4
1.0
0,1
o.4
1.2
0.0
0.0
0.4
0.0
0.2
0.2
0.2
0.8
0.6
1.2
0.4
0.0
0.2
0.0
0.2
0.5
0.0
0.0
0.6
0.2
0.1
1.1
0.0
0.5
0.4
0.6
0.4
0.0
1.0
0.5
0.3
0.0
0.3
0.6
0.9
0.3
0.0
0.0
0.0
0.0
0.4
0.0
0.1
0.8
0.1
1.1
0.2
0.3
0.0
0.0
0.0
0.0
0.2
0.0
1.1
0.6
0.0
0.0
0.0
0.0
0.0
0.5
0.0
0.0
0.9

4.8
3-4
0.5
5.7
1.0
0.9
4.8
4.0
5.3
3-2
2.9
6.2
1.4
0.6
4.1
4.2
2.8
1-3

2.9
2.0
5.5
0.7
6.6
0.0
0.4
0.7
1-7
0-3
4.6
2.8
0.3
5-9
3-8
1.8
2.8
1.9

0.0 (a)
0.1 (a,b)
0.0 (a)
0.0 (a)
4.0 (c)
0.5 (c)
0.3 (c)
0.0 (e)
0.0 (c)
0.0 (a)
0.0 (a)
2.4 (d)
0.0 (c)
0.7 (d)
9-0 (e,g)
1-1 (J)
o.o (c,a)
0.0 (c)
0.0 (a)
1.7 (c,h)
1-5 (e,g)






0-7 (g,h)






0.0
3-U (g)



-------
   TABLE V-4b
RADIOACTIVITY LEVELS
ILLINOIS RIVER SYSTEM
JULY-SEPTEMBER, 1962
BETA ACTIVITY
uuc/liter uuc/gram
STATION S.S T.3 BOTTOM MUD
cs 317.9 o.o
314.9 0.6
311.5 o.o
308.1*. 31.
304.1 0.0
ss 300.5 4.6
296.2 o.o
292.1 2.4
291.1 9.2
DP 292.7 7.6
285.8 1.2
278.0 2.2
277.5 o.o
DuPage 280.8 2) 21
Kankakee 278.7 3 30
JR 271.6 3 58
270.6 2 16
263.5 2 11
252.7 2 11
246. 9u (2) 15
246. 9d (2) 15
Fcx R. 241.1(2 12
IR 240.2(2 24
239.2(2 16
231.7(2 13
229.7(2 11
Vermillion236. 5 (2)l4
IR 209.4(2 20
184.8(2 34
173.4 2 17
166.1 2 8.9
Kickapoo 160.8 2 14
3ft 158.5 2 10
156.5 2) 12
Mackinaw 159.7 2 39
IR 14-3.2(2 15
125.8(2 23
Spoon 129.2(2 4l
IR 105.5(2 29
Sangamon 102.4(2 31
IR 88 (2 21
3-0
2.6
4.0
7.0 o.o
2.2
7.0
6.2
7.4 40
6.6 130
18 94
7.2
5-8 31
3-4
20
14
36
23
21
26
23
22
23
23
21
24
14
16
18
22
14
21
18
18
14
18
19
18
17
15
101
21
ALGAE

150
33
140
87
270
170
120
i4o

150
160





























ALPHA ACTIVITY
uuc/liter uuc/gram
S.S r.3 BOTTOM MUD
0.9 0.9
0.6 1.2
0.5 0-7
0.8 0.9 2.8
0.2 0.3
0.3 0.4
1.3 l.l
0.1 0.1 4.5
o.o o.o 2.7
0.0 0.9 7-1
0.8 0.7
1.0 0.2 9.4
0.4 0.0
0.6 o.o
1.8 2.0
1.2 2.4
0.6 0.5
1.3 0.5
0.8 0.3
0.9 0.6
0.8 0.4
1.0 1.1
1.0 0.6
0.7 0.8
1.2 0.6
0.8 0.5
0.9 0.9
1.2 0.9
1.9 0.2
2.4 0.4
0.7 0.7
0.3 i.o
1.2 0.6
1.2 1.4
1.3 0.4
1.2 2.0
2.5 1.6
3.7 o.o
2.1 1.4
2.4 1.0
2.5 0.3

ALGAE

O.O(c.i)
O.l(f)
2.l(d,f)
O.O(d)
1.4(g.h)
2.9(h)
0.900
3.*(a)

1.0
7.4





























-------
                                 TABLE V-kc
                            RADIOACTIVITY LEVELS
                            ILLINOIS RIVER SYSTEM
                             Ju I/ -Septembe r,  1962
             BETA ACTIVITY	ALPHA ACTIVITY	
           uuc/literuuc/gram               uuc/literuuc/gfam
STATION   S.S.  P'.S.   BOTTOM MUD   ALGAE    G.S.'  D S,   BOTTOM MUD   ALGAE
Lamoine (2)25    17                           0.8   0.1
IR 81  (2) 22    22                           2.3   0.0
   78.6(2) 19    21                           3-4   0.2
   71.2(2) 19    15                           2.2   0.7
   55.9(2) 26    16                           4.3   0.6
Macoupin(2)l4    21                           0.7'   0.4
IR 21.7(2) 8.2   11                           1.6   1.8
a.  Cladophora
b.  Vaucheria
c.  Ulothrix
d.  Spriogyra
e.  Oscillatoria
f.  Oedogonium
g.  Lyngbya
h.  Phorraielium
i.  Microspora
;".  Stigeoc Ionium
3c.  Fragilaria

NS  North Shore Channel
HB  Worth Branch, Chicago R,
CH  Chicago Harbor
SB  South Branch^ Chicago R.
SS  Sanitary & Ship Canal
CA  Calumet R.
GO  Grand Calumet R.
1H  Indiana Harbor
LC  Little Calumet R.
TC  Thorn Creek
HD  Hart Ditch
CS  Calumet Sag Channel
DP  Des Plaines R.
IR  Illinois R.

(l) Less than 0.05-
(2) Average results from  2   sampling dates.
(3) Average results from 13  sampling dates.
-------
                                 TABLE V-5
                 ARGONNE NATIONAL LABORATORY LIQUID WASTES
                         TOTAL ANNUAL DISCHARGES^
Year Alpha
(me)


Strontium- 90
(me)


Beta Emitters
(Excluding
Strontium-90)
(me)
    1959        22                 2.0                        159

    I960        22                 1.4                        140

    1961         9-5               2.2                        135

    1962*        2.8                .5                         32

    *January 1 to April 1 only.	^^
                                 TABLE V-6
                 TOTAL ALPHA ACTIVITY AND URANIUM ACTIVITY
                           IN SAWMILL CREEK WATER
                              1959 to 1962 3>^
            Total Alpha Activity	    	Uranium
No. of
Year Location-*- Samples
1959

I960

1961

19622

A
B
A
B
A
B
A
B
29
149
46
146
52
153
20
72
uuc/1
Max.
4.
265
6.
850
5.
64.
2.
11.
6

1

5
1
5
5
Avg.
2.
22.
1.
30
1.
6.
l.
4.
8
8
9

9
8
8
8
No. of
Samples
30
77
45
78
25
153
9
72
uuc/1
Max.
3-
285
4.
860
2.
52.
1.
7-
8

5

0
1
5
6
Avg.
1
34
1
46
1
5
1
3
.8
.5
.2

.2
.6
.1
• 3
^Location A,, Upstream from waste water outfall at Argonne
 Location B, Downstream from waste water outfall at Argonne

2January - June 1962

3sedlet; Jr.  Environmental Radioactivity at Argonne National
 Laboratory, Report for the Year 1959, ANL-6282 (January 1961).

 Argonne National Laboratory,, Environmental Radioactivity at
 Argonne National Laboratory, Summary Report for the Year I960-
 Mimeo., Unpublished.  (1961); Annual Summary, 1961, Mimeo.,
 Unpublished. (1962);  and Environmental Radioactivity at Argonne National
 Laboratory, January 1962-June 1962, Mimeo., Unpublished. (1962)
-------
-------
                                 TABLE V-7
                       PLUTONIUM AND THORIUM ACTIVITY
                           IN SAWMILL CREEK WATER
                              1959 to 1962 3,4
Year Locati on-^-
1959

1960

1961

19622

A
B
A
B
A
B
A
B
PLUTONIUM
No. of
Samples
17
36
19
46
12
153
5
72

uuc/1
Max.
--
1.2
#
1.1
*
0.7
#
0.18


Avg.

0.23
#
0.2
*
0.08
#
0.05
THORIUM
No. of
Samples
17
36
19
46
12
153
5
72

uuc/1
Max.
0.2
2.0
0.23
0.90
0.08
0.58
#
0.37


Avg.
0.05
0.09
0.06
0.18
0.03
0.05
*
0.06
* Less than 0.05 uuc/1

1 Location A, Upstream from Waste Water Outfall at Argonne
           B, Dowastream "

2 January - June 1962

3  Sedlet,  Jr., Environmental Radioactivity at Argonne National
  Laboratory, Report for the Year 1959, ANL-6282 (January 1961).

4 Argonne National Laboratory, Environmental Radioactivity at
  Argonne National Laboratory, Summary Report for the Year I960;
  Mimeo., Unpublished.  (1961); Annual Summary, 1961,  Mimeo.,
  Unpublished. (l962)j  and Environmental Radioactivity at Argonne
  National Laboratory,  January 1962-June 1962, Mimeo., Unpublished.
  (1962)
-------
-------
                                 TABLE V-8
                    TOTAL BETA ACTIVITY IN SAWMILL CREEK
                              1959 to 1962 3^
TOTAL BETA ACTIVITY
Year Location1
1959

I960

1961

19622

A
B
A
B
A
B
A
B
No. of
Samples
29
149
46
146
52
153
20
72
uuc/1
Max.
150
859
15
472
3^
127
142
77

Avg.
33
49
5-7
38
10
30
36
45
1  Location A, Upstream from Waste Water Outfall at Argonne
            B, Downstream "

2  January - June 1962

3  Sedlet, Jr., Environmental Radioactivity at Argonne National
   Laboratory, Report for the Year 1959, ANL-6282 (January 1961).

4  Argonne National Laboratory, Environmental Radioactivity at
   Argonne National Laboratory, Summary Report for the Year 1960;
   Mimeo., Unpublished. (1961); Annual Summary, 1961, Mimeo.,
   Unpublished. (1962); and Environmental Radioactivity at Argonne
   National Laboratory, January 1962-June 1962, Mimeo., Unpublished.
   (1962)
-------
-------
                                 TABLE V-9
              BETA-EMITTING MJCLIDES IN SAWMILL CREEK WATER
                            JANUARY - JUNE 1962
                                                         (4)
Concentration uuc/1
Nuclide
Tuorium-234 and
?rotactinium-234
Cobalt»58
Cobalt-bO
Strontium- 90
Cesium-137
Iodine -131
Strontium-89

?>arium-l40
Location^ '
13L
7M
13L
7M
13L
7M
13L
7M
13L
7M
13L
7M
13L
7M
13L
7M
No. of
Sample^
9
72
20
72
20
72
20
72
4
72
19
72
20
72
20
23
Av. (;
0.9
2.6
(2)
36
(2)
1.8
1.5
1.6
0.7
3.8
(2)
l.l
17
13
0.5
0.5
3)Min.
0.6
1.0
(2)
(2)
(2)
(2)
0.6
1.0
(2)
(2)
(2)
(2)
7.0
1.0
(2)
(2)
Max.
1.2
6.1
(2)
290
(2)
12
2.4
3.1
1.4
10.3
(2)
11
40
25
0.6
1.8
% MFC
Av.
0.005
0.01
o.o4
0.004
1.5
1.6
0.004
0.02
0.06
0.17
0.13
0.002
0.002

Max.
0.006
0.03
0.3
0.02
2.4
3-1
0.007
0.05
0.06
0.4
0.25
0.002
0.006
   Location 13L is upstream from the Argonne site.
   Location  7^ is downstream from the waste water outfall.
(3)
     than the minimum amounts detectable by the analytical methods used.
The minimum detectable amounts are 0.5 uuc/1 for strontium-90 and
cobium-137,, 5 uuc/1 for cobalt-58, 3 uuc/1 for cobalt-6o, iodine-131
ezid barium-l40.

The average concentrations were calculated assuming a  concentration
of one-half ~;f the minimum detectable amount for those samples in
irhich a given nuclide was not found.

Argonne National Laboratory, Environmental Radioactivity at Argonne
National Laboratory; January 1962-June 1962, Mimeo., Unpublished (1962).
-------
-------
                              TABLE V-10
                   TOTAL ALPHA AND BETA ACTIVITIES
                         IN DES PLAIWES RIVER
                    ABOVE AND BELOW SAWMILL CREEK
                             1959-19623A
                      (Micromicrocuries per Liter)
Wo. of
Year Location-'- Samples
1959

I960

1961

19622

A
B
A
B
A
B
A
B
11
14
34
37
45
47
15
15
ALPHA
Max.
3.8
4.5
4.2
3-5
5.1
5-5
4-3
2.3
Avg.
2.6
2.2
2.4
2.2
2.6
2.4
2.2
2.4
BETA
Max.
168
158
15-9
12.7
66.0
56.1
122
98
URANIUM
Avg.
76
66
8.4
8.4
17.2
16.9
64
54
Max.
1-9
2.7
1.9
2.2
2.2
3.8
#
*
Avg.
1-5
1.5
1.5
1.5
1.6
1.6
#
*
1  Location A, Near Rt. 45, upstream from mouth of Sawmill Creek.
   Location B, Near Lemont, downstream from mouth of Sawmill Creek.

2  January - June 1962

3  Sedlet, Jr., Environmental Radioactivity at Argonne National
   Laboratory, Report for the Year 1959, ANL-6282 (January 1961).

4  Argonne National Laboratory, Environmental Radioactivity at
   Argonne National Laboratory, Summary Report for the Year I960;
   Mimeo., Unpublished. (1961); Annual Summary, 1961, Mimeo.,
   Unpublished. (1962); and Environmental Radioactivity at Argonne
   National Laboratory, January 1962-June 1962, Mimeo., Unpublished.
   (1962)
*See Table V-ll
-------
-------
                                 TABLE V-ll
                  RADIOACTIVITY IN DES PLAINES RIVER WATER
                            JANUARY - JUKE 1962
                        (Micromicrocuries per Liter)
Nuclide or
Element
Uranium

•Plutonium

Thorium-232

Thorium-234
Protac tinium-2 34
Strontium-90

Strontium-89

Cesium-137

Barium-l40 and
Iodine-131
Cobalt- 58 and
Cobalt-60
/ s No. of
Location^ ' Samples
A
B
A
B
A
B
A
B
A
B
A
B
A
B
A
B
A
B
7
14
3
3
3
3
7
14
3
3
3
3
4
4
3
3
14
14
Concentration
Av. (3)
1.5
1.2
(2)
(2)
(2)
0.05
1.2
1.0
2.4
2.1
18
17
0.9
l.l
(2)
(2)
(2)
(2)
Min.
1.1
1.0
(2)
(2)
(2)
(2)
0.8
0.7
1.8
1.4
13
16
(2)
(2)
(2)
(2)
(2)
(2)
Max.
2.1
1.4
(2)
(2)
(2)
0.09
2.3
1.4
3-3
2.6
22
18
1.6
2.7
(2)
(2)
(2)
(2)
^'Locations are the same as given in the previous table.

v2)Less than the minimum amount detectable by the analytical method used.
   The minimum detectable amounts are 0.5 uuc/1 for strontium- 90 and
   cesium-137^ 0.05 uuc/1 for plutonium and thorium; 5 uuc/1 for cobalt-58
   and iodine -131., 3 uuc/1 for cobalt-60, strontium-89 and barium-l40.
       average concentrations were calculated assuming a concentration
   of one-half of the minimum detectable amount for those samples in which
   a given nuclide was not detectable.

Data from
   Argonne National Laboratory^ Environmental Radioactivity at Argonne
   National Laboratory, January 1962-June 1962,, Mimeo. s Unpublished (1962).
-------
-------
                 TABLE V-12
Permissible Activity Discharge Concentrations
      From Dresden Nuclear Pover Station
             To Illinois River
Month
December 1959
January 1960
February
Me,rch
April
(Operation Tests
begin)
May
June
July
August
September
October
(Authorized Full
Power Operation)
November
(Shut down)
December
January 1961
February
March
April
''Station on line
'at 100 KW)
May
June
July
Argus t
September
October
November
December
January 1962
February
i!irch
April
vay
June
July
Gross Beta Activity (uuc/l)
Average at Morris, 111.
for 12 Months Preceding
Month Shown
32.1
31.4
31-0
32.7
25.8


18.6
16. ^
11.9
8.2
8.3
7.0


6.6

6.3
5-1
5-8
5.6
5-2


6.6
7.1
7-5
7-7
7-7
7-7
8.4
8.4
8.8
9-1
10.3
13-3
17.6
18.9
22.1
Maximum Allowable Concen-
tration for Dresden -Dis-charge
for Month Shown
67-9
68.6
69.0
67.3
74.2


81.4
83.6
88.1
91.8
91-7
93.0


93.4

93-7
94.9
94.2
94.4
94.8


93.4
92.9
92.5
92.3
92.3
92.3
91.6
91.6
91.2
90.9
89.7
86.7
82.4
8l.l
77-9
-------
-------
                               TABLE V-13
                         UNSEALED ISOTOPE USE
                            CHICAGO,  ILLINOIS
TYPE AND NUMBER
OF USERS
AMT. OF ACTIVITY
ON HAND (CURIES)
EST. ANNUAL
USE (CURIES)
ISOTOPES
USED
Industry    20

Medical     29

Educational  5
           35-9

           26.2

           12. 4
                    55.1

                    1*0.2

                    14.2
                H-3; C-14; Na-
                22, 2k; P-32;
                S-35; Cl-36;
                K-42; Ca-45; Cr-
                51; Fe-55, 59;
                Co-60; Ni-63;
                Zn-65; Sr-85,
                90; Zr-95; Ag-
                110, 111; 1-125,
                131; Cs-137; Pm-
                147; Au-198; Tl-
                204; Bi-206, 210;
                Fb-210; Ra-226;
                Th-232; U-238
Total
54
74.5
109.5
32
-------
                               TABLE V-14
                           RADIOACTIVITY IN
                         CHICAGO WATER SUPPLY
                         AMD SEWAGE EFFLUENTS
   Sample
   Source
         Total
         Dissolved
                                          Alpha uuc/1
                                               Beta uuc/1
Date of
Sample   Solids (mg/l)  Piss.  Susp.  Total  Piss.  Susp. Total
Calumet STW
    Tap Water

Calumet STW
    Effluent
    Effluent
      Raw
    Effluent

Northside STW
    Effluent
    Effluent
      Raw
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-------
-------
                    TABLE VI-5 (continued)

                RECORD OF BIOLOGICAL AMLYSXS
                       PLANKTON ALGAE
KEY TO ABUNDANT GENERA :
                Diatoms
                2.0 Aster ionella
                b, Cyclotslla
                c, Fragilaria
                d. Gomphoneraa
                e0 Malosira
                fn Navicula
                go Nitzschia
                io Stephanodiscus
                3<, Synedra
                k5 Tabellaria
                10 Genua Unidentified

                Greens

                in. Ankistrodesmus
                n, Chlorella
                o. Micractinium
                p0 Scenedesnius
                qe Genus Unidentified

                Blue~Gre_ena

                r-c Ana cyst is
                o» Os cilia tor ia
                t. Genus Unidentified

                Flagellfates
                v0 Svglena
                w, Genus Unidentified
-------
         TABLE VI-^ (continued)

     RECORD OF BIOLOGICAL ANALYSIS
            PLANKTON ALGAE
Seasonal Averages — July 196l-June 1962
Microorganisms per Milliliter
Stream Station
ffi 165.3
IR 162.2
IR 158.8
IR 156.5
IR 152.9
IR 139.0
IR 122.2
Kind of Algae
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue -Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue -Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue -Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Summer
1961
*•»
••*
2339
261tf
71*8
11161
16895
b
!•*
ft
6300
5050
650
18550
30^50
b
21*38
2738
1*50
11*250
198~76"
b
21*75
2827
h!8
12122
1781*2
b
Fall
1961
-
~
•••
195
173
36
791*7
""8151
b
38
160
36
79U*
""STUB
b
68
185
1*8
7380
158T
b
-
Winter
1962
25
1*3
1*6
757
"""STl
bdf
191
29
i*
1276
"1560
begr
«*
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16
65
7
695
TBl
b
1*
37
6
1281*
1331
bedfgr
"
••»
Spring
1962
»*
99
337
11*3
7190
"7759
beij
M
»•
M»
-
165
1*95
238
7671
"8T70
abejlv
r*
PM
•M
-------
-------
         TABLE VI-5 (continued)
     RECORD OF BIOLOGICAL ANALYSIS
            PLANKTON ALGAE
Seasonal Averages ~ July 196l'-June
1962
Microorganisms per Milliliter
Stream Station
IE 196 cO
IR 195° 0
IR 189.2
IR 181,3
IR 178.0
171 173c-4
IR 170 o 9
IR 16606
Kind of Algae
Blue-Greens
Greens
Flagellktas
Diatoms
Total
Abundant Genera
Blue-Greens
Greene
FJag- I::---',-.
Diatoms
To tal
Abundant Genera
Blue -Ore ens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greene
Fla-.Xn.at3s
I> ~.a':"j oi'LS
Total
Anxtclanj Geneva
Blue-Green.!
Crsens
Flagellates
T i atone
Total
Abundant Genera
Blue »-Greens
Greene
Flagellates
Dia+.cois
Total
Abuudanc. Genera
KLu^ •£•>•£ ens
G'>: ? v-ni^
Flagellates
Diatoms
Total
Abundant Genera
Suflimer
1961
,.
770
1078
266
i^70u
~35I5
b
;
p- •
1533
1367
550
9992
iWi?
b
«~«
3205
26i|0
1166
10729
17740
b
5861 '
i|797
1811
8885
21351;
b
Fall
1961L
n>*
\
I
58
113
0
6222
~~S393
b
•"*
f •
Ik
106
16
7oV
"soTHI
b
184
152
42
8357
"W55
b
Winter
1962
9
9
0
1229
T2TJ7
abdfg
*•*
94
14
20
1163
1291
bdgr
18
33
18
855
92H
bdf
p*
11
18
0
499
52E
dg
«•*
•^
Spring
1962
638
1587
743
6490
~9l£S
bepv
tu
330
1149
539
4917
"393^
bjmp
-
|
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-
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-------
-------
         TABLE VI-5 (continued)

     RECORD OF BIOLOGICAL ANALYSIS
            PIANKTON ALGAE
Seasonal Averages •- July 196l-June 1962
Microorganisms per Milliliter
Stream Station
IR 252c7
IR 2i|8,0
Fc1: River
FR 2^1.5
Illinois
River
III 239 o 7
II 231.7
IR 229*7
Yermillion
River
"S. 231^
Illinois
River
IR 218 oil
Kind of Algae
Blue -Greens
Greens
Flagellates
Diatomn
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue -Greens
Greens
Flagellates
Diatoms
TctU.
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Tot -.1
Abundant Genera
Blue-Greens
Grssns
Flagellates
Diatoms
Total
Abundant Genera
Blue -Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue -Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Summer
1961
e»
p«)
Iii52
1773
373
6118
9715
b
3U50
71475
550
23100
3J373
bepr
(•>
823
1700
238
622^
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~
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2528
777
15669
23293
ber
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Fall
1961
36
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Tkh
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36
27
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159
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109T43
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89
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1375
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3k
66
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11
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737
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Winter
1962
60
5
11
611
THE
bdfgs
»—
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92
1U
5671
TB25
b defer
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9
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69
19
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1U30
1537'
bd
118
25
1U
Ilt78
"IS33
bdg
39
0
0
355
dfgjl
itO
11
0
1032
~ToB3
bcdfg
Spring
1962
96V
1U93
183
1972
T6T5"
blprv
»^
1936
5537
161;
21560
29197
befjmpqr
5142
1572
5)46
169<
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bmnpni1
55
99
63^
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b-vr
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227
601
59
8iP-£
9299
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75U
235U
2l;2
3151
"5551
bmpr
-------
-------
         TABLE VI-5 (continued)

     RECORD OF BIOLOGICAL ANALYSIS
            PIANKTON ALGAE
Seasonal Averages  - July 196l-June 1962
Microorganisms per Milliliter
Stream Station
CS 30liol
GC 325.8
Sanitary and
Ship Canal
ss 296,2
Des Plains s
Riyer
HP ,286. 5
Kanlcakee
River
KR 277.5
Illinois
River
IR 271,5
Maaon River
MR 261j.6
Illinois
River
IR 263 05
Kind of Algae
Blue -Ore ens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue -Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue -Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue -Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue -Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Summer
1961
181*0
1593
203
919
~HS&
bmprv
208
150
71
381;
813
bjkorv
»•»
800
675
79
-ii
dbc?
befopr
*•»
876
1566
158
191U
"T^H
bpr
*•
792
3121*
110
6820
108Jj6
b
Fall
1961
»«
225
1£5
50
	 75
0
• -4
225
1800
125
775
29?F
P
33
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kZk
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152
708
10
1194
TotU
bp
16
28
18
8ijl
903
dfgj
55
6k
12
908
1039
b

Winter
1962
551
30
17
180
bgrs
•*
251
15
22
331
TSS
brs
197
0
23
1*77
~~597
abdrs
15
22
0
338
—37^
bdfglr
131
11
lit
~~B77
bdlr
66
0
-4
bdfjs
105
25
50
93k
"IEEE
bd

Spring
1962:
2106
2076'
166
659
^o5f
mprsv
«
198
12914
hh
1166
2702
beimopY
UOO
1303
139
2610
"THJ5?
bgmpv,
88
255
0
2599
29U2'
bfjp
238
7ljfl
3-5
2028
3029
bgjpr
22
92
51
125S
"TII23
bdmv
25
75
375
3225
3700
b
-------
-------
         TABLE VI-5 (continued)

     RECORD OF BIOLOGICAL ANALYSIS
            PIAMTON ALGAE
Seasonal Averages - July 1961-June 1962
Microorganisms per Milliliter
Stream Station
cs 3olui
GO 325.8
Sanitary and
Ship Canal
SS 296 02
Des Plaines
River
EP 386.5
Kankakee
River
KR 277.5
Illinois
River
JR 271,5
Maaon River
MR 26iic6
Illinois
River
m 263,5
Kind of Algae
Blue -Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total-
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue -Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Summer
1961
181*0
1593
203
919
T355
bmprv
208
150
71
3&k
-en
bjkorv
1 1
800
675
79
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dOC?
befopr
•••
876
1566
158
191U
~OTI
bpr
-
792
3121*
110
6820
10813£
b
Fall
1961
w»
225
1£5
50
	 75
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225
1800
125
775
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11914
T65H
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16
28
18
81|1
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dfgj
55
6k
12
908
1039
b
Winter
1962
551
30
17
180
bgrs
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251
15
22
331
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brs
197
0
23
1*77
~~o"97
abdrs
15
22
0
338
bdfglr
131
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111
521
bdlr
66
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bdfjs
105
25
50
931*
"T3HI
bd
Spring
1962
2106
2076
166
659
~5007
mprsv
*—
198
1291;
1*1*
1166
2702
beimopv
uoo
1303
139
2610
"W
bgmpv
88
255
0
2599
bfjp
238
71*6
15
2020
3029.
bgjpr
22
92
51
1258
"SI23
bdmv
25
7£
375
3225
3700
b
-------
-------
              TABLE VI-5

     RECORD OF BIOLOGICAL ANALYSIS
            PIANKTON ALGAE
Seasonal Averages - July 196l-June  1962

Stream Station
North Shore
NS 31*0 ,,7
Chicago River
NB 325.8
CH 326,9
SB 322.9
Sanitary and
Ship Canal
ss 317.3
SS 307o9
Calumet-Sag
Channel and
Tributaries
no on I, Q
v-/O _3_Li*ox
M1 <^T*nm*cfj
Kind of Algae
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue -Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue-Greens
Greens
Flagellates
Diatoms
Total
Abundant Genera
Blue -Greens
Greens
Flagellates
D iatoms
Total
Abundant Genera
anlqme; ppr M11 "H1 1 t.pr
Summer
1961
266
72
93
2152
2583
bfjkr
M
150
33
33
506
722
bcks
88
58
367
bks
-
*-»
133
19
29
588
bfjkr
-
Fall
1961
11*0
81*
2212
k
«•*
176
528
66
2826
^096"
b
275
1*25
25
650
P
~
-
308
112
28
1*20
s
»-»
Winter
1962
26
12
abgjkr
157
7
3
639
~~TO
bjrst
217
30
22
2083
bejkrs
"
235
9
28
917
"TIS9
abksr
192
23
25
bkrs
1*52
1*
5
509
970
bjrstv
159
7
59
31*0
bdgrsv
Spring
1962
53
152
37
abhjk
289
"336T
abgjrp
70
1*2
2586
abchj
»••
93
232
101*
2881*
3313
bghijpqr
99
207
28
1325
bgijkmp
1*1
57
57
1035
1190
bghijku
7
11*9
252
519
927
bgmnv
-------
-------
                                TABLE VII-1-^a

             Summary of Colif'orm & Fecal Streptococcus Results
              (Expressed in Geometric Means per 100 ml)

                       Upper Illinois River System
                       (Chicago Metropolitan Area)



1961
Coliform Densities,
Summer Conditions
April -May
June
July
August
Summer Summary
4-month Geometric
Means
No. of samples
1962
Coliform Densities ,
Winter Conditions
January
Mo. of samples



NS340.7


150
160
400
600

t
230
71



52
19

Sample Points
North Shore Channel
NS338.6 NS336.y* NS334 . ,- #* N3333.4


4,100 17,000 160,000 130,000
3,100 6,200 140,000 140,000
4,600 7,600 150,000 170,000
1,300 1,600 230,000 110,000


3,500 3,200 160,000 140,000
71 69 71 73



1,800 100,000 140,000
4 21 23


1961
Fecal Streptococci.,
Summer Conditions
September
No. of samples
1962
Fecal Streptococci,
"..•inter Conditions
January
No. of samples

Direction of Flow




320
5



100
3






30 So 2,200 1,200
6567



120 5,200 5,400
3 9 11
North Branch
^ Chicago, River
^
*• Above North Plant Sewage Works
-;H'-Eelow North Plant Sewage Works
-------
                  TABLE VII-1-b

Summary of Coliform & Fecal Streptococcus Results
    (Expressc-d in Geometric Means per 100 ml)

          Upper -'•llinois Riv^r System
          (Chicago Iletropolitan Area)



1961
Coliform Densities,
Summer Conditions
April -May
June
July
August
Summer Summary
4-month Geometric
means
No. of samples
1962
Coliform Densities,
T/; inter Conditions
January
No. of samples

Sample
North Branch
NB333.4 NE331.4


33,000 130,000
100,000 150,000
140,000 170,000
72,000 80,000

71,000 160,000

70 72



21,000 63,000
4 21

points Sample
Chicago River Chicago
NE32v .0 NB325 . 8 CH325 .


200,000 250,000 5,300
190,000 440,000 13,000
25. ,000 570,000 11,000
320,000 430,000 7,100

220,000 390,000 9,100

61 73 63



44,000 18,000 640
22 22 20

points
River
8 CH326.S


480
1,400
630
400

680

73



200
20


1-/61
Fecal Streptococci,
Summer Conditions
September
No. of samples
1962
Fecal Streptococci,
'/inter Conditions
January
No^ of samples
Direction of Flow



830 1,600
7 6



5,200 5,100
4 11




3,400 2,200 780
6 77



3,400 1,900 100
11 10 11
, J,
X3outh Branch ^


200
6



120
9


                                      Chicago River
-------
                   TABLE VII-l-c

Summary of Coliform & Fecal Streptococcus Results
   (Expressed in Geometric Means per 100 ml)

              Upper Illinois River System
              (Chicago Metropolitan Area)

Sample points

South Branch Chicago River

1^61
Coliform Densities,
SuHKier Conditions
April-May
June
July
August
Summer Summary
4-month Geometric
Means
No. of samples
1V62
Coliform Densities,
'/inter Conditions
January
No. of samples
SB 324.3


140,000
200,000
320,000
97,000

200,000

71



14,000
21
SB 322.8


220,000
410,000
350,000
1^0,000

280,000

71



13,000
20


1961
Fecal Streptococci,
Summer Conditions
September
No. of samples
1962
Fecal Streptococci,
i /inter Conditions
January
No. of samples

Direction of Flow North Branch >.



720
7



700
11

South Branch ^



610
7



1,700
11
San.&
Ship Canal ^
-------
-------

































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-------
-------
                                    TABLE VII-1-f

                  Summary of Coliforn & Fecal Streptococcus- Results
                    (Expressed in Geometric Means per 100 nl)

                             Upper Illinois Paver System
                             (Chicago Metropolitan Aroa)


Sample Points
Grand


Calumet River Calumet Little Calumet

CA332.7 CA32C.1
1961
Colif orm Densities,
Summer Conditions
April-May 2,200 11,000
June 1,400 5,100
July 2,700 1,600
August 2,000 9,000
Summer Summary
4-month Geometric 2,000 5,400
llsans
No. of samples 69 71
1962
Colif orm Densities,
7 /inter Conditions
January 270 1,300
No. of samples 13 15
Pdver River
CA327.0 GC325.G LC322.4 LC320.1


4,100 1,700,000 45,000 45,000
3,>oo 3,000,000 67,000 61,000
4,700 1,600,000 22,000 49,000
3,000 810,000 17,000 43,000

4,000 2,300,000 40,000 51,000

62 68 66 6y



990 27,000 5,600. 9, 400
13 13 15 1>

L 03 20. 2


100,000
140,000
150,000
630,000

150,000

70



37,000
13

1961
Fecal Streptococci,
Summer Conditions
September 140 420
No. of samples 7 6
1962
Fecal Streptococci,
'//inter Conditions
January 130 4,700
No. of samples 10 9


120 1,200 360 830
7 567



ISO 9,100 400 1,900
6 388


2,500
7



4,500
7
Direction of Flow
-------
                                  TABLE VII-1-g

                 Summary of Coliform & Fecal  Streptococcus  Results
                    (Expressed in Geometric Means per 100 ial)

                               Upper Illinois River  System
                               (Chicago Metropolitan Area)
Sample Points
Calumet Sag Channel
CS317.9*
1961
Coliform Densities,
Summer Conditions
April -May 80,
June 150,
July 120,
August 220,
Summer Summary


000
000
000
000

4 month Geometric 120,000
Means
No, of samples
Iy62
Coliform Densities,
Winter Conditions
January 90,
No, of samples

71



000
16
CS314.9


110,000
330,000
130,000
260,000

190,000

71



57,000
23
CS311.5


77,000
110,000
150,000
6,600

110,000

69



47,000
24
CS30S.4


66,000
140,000
100,000
110,000

98,000

70



23,000
23
C3304.1


22,000
19,000
36,000
26,000

23,000

67



13,000
19
San and
Ship Canal
SS300.5


150,000
130,000
260,000
200,000

200,000

72



41,000
19


1961
Fecal Streptococci,
Summer Conditions
September 2,
No. of samples
1962
Fecal Streptococci,
//inter Conditions
January 5,
No. of samples



100
7



000
9



1,300
7



3,500
12



520
7



2,200
13



460
7



1,500
13



260
6



490
12



330
6



2,600
11
Direction of Flow \
"" X
•*Below Calumet Sei age Works
-------
                 TABLE VII-1-h

Summary of Coliforai & Fecal Streptococcus Results
  (Expressed in Geometric Means per 100 ml)

             Upper Illinois River System
             (Chicago Metropolitan Area)
Sample Points
San . and
Ship Canal
SS291.1
1961
Coliform Densities,
Summer Conditions
April-May 59,000
June 62,000
July 03,000
August 140,000
Summer Summary
4 month Geometric 72, 000
Means
No. of Samples 72
1962
Coliform Densities,
I Winter Conditions
January 20,000
No. of Samples 16

Des Plaines River
DP2V2.7 DP285.8 DP278.0



4,300 100,000 30,000
6,000 58,000 67,000
1,VOO y 0,000 110,000
4,000 65,000 200,000

4,200 79,000 ': 64, 000

66 73 71



7,300 32,000 23,000
17 12 10
Illinois
River
IH271 • 5



14,000
13,000
23,000
15,000

17,000

72



8,700
9
Kankakee
River
KR277.5



42,000
26,000
7,600
9,900

20,000

73



5,000
10


1961
Fecal Streptococci,
Summer Conditions
September 520
No. of Samples 6
1962
Fecal Streptococci,
1 /inter Conditions
January 530
. No. of Samples 10
Hi ri^r^'f "i rvn r*-F PI rw ~



580 910 430
666



480 2,500 V90
'> 7 5
._ 	 ^




98
7



420
5
•••^



290
7



560
7
^
-------
                 TABLE VII -1-1
Summary of Coliform & Pecal Streptococcus Results
    (Expressed in Geometric Means per 100 ml)
              Calumet Drainage Basin

              (February-March, 1962)
River Mileage
GC 325.8
LC 322.4
LC 320.1
LC 320.2
cs 317.9
LC 327.0
LC 323.4
LC 325.0
LC 328.0
TC 320.3
LC 330.0
LC 331-1
LC 33^-9
HD 336.7
GC 336.0
GC 332.2
IH 331.9
GC 331-1
GC 328.7
GC 326.6
Coliform
/100 ml
63,000
8,500
49,000
75,000
130,000
5,500
120,000
120,000
190,000
240,000
120,000
130,000
120,000
130,000
24,000
38,000
43,000
160,000
160,000
300,000
Fecal
Strep .
/100 ml
42,000
1,200
5,500
15,000
23,000
1,100
8,600
28,000
74, 000
53,000
35,000
31,000
20,000
21,000
6,600
6,000
7,500
33,000
64,000
120,000
              River Mileage Symbols:
                                  GC - Grand Calumet
                                  LC - Little Calumet
                                  CS - Cal-Sag Channel
                                  TC - Thorn Creek
                                  HD - Hart Ditch
                                  IH - Indiana Harbor Canal
-------
                          TABLE VII-2a
Lower Illinois River System - Summary of Coliform Results	
                            (Expressed in Geometric Means per 100 ml)
Stat
Mileage
280.8 T
278.7 T
271.6
270.6
26X..L
252.7
246.9 (1)
2.46,9 (2)
240.2
241.1 T
222*2
231.6
229.7
236.5 T
2Q2..L
184.8
rZ3^L
166.1
l6l.7__JL_
158.7
156.5. _
161.0 T
143.2
125.8
133.7 T
105 .5
105.7 T
88.0
95.8 T
81.0
78.6
J71.2
55.9
23.7 T
21.7
ion
Location
DuPage R. Tributary
Kankakee R, Tributary
Dresden Dam
E.J. & E. ER. Bridge
Morris Hwy. Bridge
Seneca Highway Bridge
Marseilles-Rapid
Marseilles Canal
Sherer Island
Fox R. Tributary
Hitt Island
Starved Rock
Utic Bridge Light
Vermillion R. (Trib.)
Bureau Creek
Bennett ' s Light
Blue Creek Light
Peoria Water Intake
[Kickapoo Ck (Trib.)
Warning Sign"D&L 1 mi"
Seven Mile Light
Machinaw R. (Trib.)
Lancaster Light
Thompson Light
Spoon R Tributary
Grand Island Light
Sangamon R. (Trib.) _j
Eeardstown Bridge
LaMoine R. Tributary
LaGrange Mark
Indian Ck. Light
Meridosia Bridge
Flo-Hwy Bridge
Macpn. Ck Bridge (Trib.j
Hardin Hwy. Bridge
Studj
Nov '61
5300
.5.4,00
8200
7300
14000
14000
5800
1000
6700
4600
8000
7500
8800
17000
7600^.
4000
2100
1300
9800
4100
21000
12000
38000
27000
19000
29000
20000
24000
15000
24000
19000
N.S.
N.S.
N.S.
N.S.
r Periods
Mar '62 , July '62
17000 14000
__130PQ,
	 2.800
14000
20000
11000
NS*
NS*
7600
11000
6200
f 	 74QO.
6300
7800
3900
1600
1000
780
9600
3000
120PJ
75001
17000
8500
6900
7200
12000
1200
4500
2000
2100
N.S.
N.S.
N.S.
N.S.
16000
28000
27000
32000
21000
12000
12000
8600
3900
14000
10000
10000
6200
11000
8600
5200
3500
23000
25000
41000
6400
210000
53000
8300
27000
12000
13000
4200
18000
12000 1
14000
10000
6000
25000


















	













i 	

                  -"-N.S. - Not Sampled
-------
                         TABLE  VII-2b

Lower Illinois River System - Summary of Fecal Streptococcus Results
                            (Expressed in Geometric Means per 100 ml)
Station Study Periods
Mileage Location Mov '6l Mar '62 July '62
280.8 T ;DuPage R. (Tributary) , 460
228 .2 T
271.6
220.6
263.5
252.7
246. 9.11)
2A6^9_ (2l
240.2
241.1 T
225.2 _
231.6
229.7
236.5 T
209.4
184_.8 _j
173.4
166.1
161.7 T
158.7
!16^_5
161.0 T
143.2
125.8
133.7 T
105.5
105.7
88.0
95.8 T
81.0
78.6
71.2
..55. 9_...
! 23.7 T
I 21.2
Kankakee R. (Trib..)
Dresden Dam
E.J.&E. RR. Bridge
Morris Highway Bridge
Seneca Highway Bridge
Marseilles-Rapids
Marseilles Canal
Sherer Island
Fox R. (Tributary)
Hitt Island
Starved Rock
Utica Bridge Light
Vermillion R. (Trib.)
Bureau Creek
Bennett's Light
Blue Creek Light
Peoria Water Intake
Kickapoo Creek (Trib.)
Warning Sign "DScL 1 mi"
Seven Mile Light
Mackinaw R. (Tributary)
Lancaster Light
Thompson Light
Spoon R. (Tributary)
Grand Island Light
Sangamon R. (Tributary)
Beardstown Bridge
LaMoine R. (Tributary)
LaGrange Mark
Indian Creek Light
Meridosia Bridge
Flo-Highway Bridge
Macoupin Ck. Bge.(Trib)
Hardin Highway Bridge
690
310
270
160.
390
230
240
__!5000_
l6000l
6200
7000
_5200
6200
N.S.*1
N.S.*
410 j 1600
840 1__6j5QO
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1400
1100
4100
1200
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210
4800
860
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14000
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12001
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~ 3000
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5900
2500
1900
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810
350
630
200
260
220
f 2000
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2200
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1500
270
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100
90
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3400
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800
1700
170
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                      TABLE VIII- 1

             MEDIAN VALUES OF SAMPLE RESULTJ
  INSHORE STATIONS
OFFSHORE STATIONS
Median
*- Sta. No. l BOD

23
26
24
22
5
2
1
8
18
16
14
11





4.6
4.4
5-
5.3
2.7
1.8
2.3
2.0
3.6
o.3
4.6
5.5



••
Median
S. 3.

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16.5
21.0
16.5
11.5
7.3
6.0
6.5
13.0
23.5
14.5
17.0



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t
i 27
1 25
i 23
1 21
i 20
: 6
1 3
i 4
i 10
C
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7
' IV
: 17
15
13
i 12
Median
BOD

1.6
1.5
1.5
1.3
1.3
1.7
1.5
1.6
1.3
1.6
1.2
1.4
1.4
1.5
1.5
1.9
Median
S.S.

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3.0
2 5
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5.5
4.5
6.0
5.0
4.5
2.0
5.5
6.5
6.0
5.5
6.5
8.0
6.0
Stations proceed southward at approximate halfmile intervals,
beginning at a point three miles north of the intake and  -:rid ing
at a point three miles south of the intake.
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-------
                           TABLE VIII - 7

                        ROSCOE STREET SEWER

                    LAND USE AHD IMPERVIOUSNESS
Land Use
Area
Impe rvi ous ne s s
                                                 (1)
Impervious Area
(Sq. Mi.)
Residential
Commercial
Industrial
Public Buildings
Transportation
Parking
Streets and Alleys
Public Open Space
Vacant Land
Total
3-77
O.U2
O.l6
0.51
0.12
0.02
2.72
O.Vf
O.U2
8.6l
(Percent)
30
56
38
50
20
90
70
0
0

(Sq. Mi.)
1.13
0.24
0.06
0.26
0.02
0.02
1.90
0.0
0.0
3-63
(l)  Average imperviousness for each land use in Chicago sewered area
     tributary to North Side Treatment Plant, by Mr. C. J. Kiefer,
     Sewer Planning Division, Bureau of Engineering, City of Chicago.
-------
                           TABLE VIII-8

                       ROSCOE STREET SEWER
                   QUALITY OF DRY WEATHER PLOW
                         (October, 1961)
                                Average               Average
   Constituent               Concentration             Load
                                 (rag/I)                 (Ib/day)

B.O.D. (5-day)                   104                    25,200
C.O.D.                           184                    44,600
Chloride                          33                     8,010
A.B.S.                             2.70                    655
Alkalinity                       179                    43,400
Nitrogen
   M3                             8.27                  2,010
   Organic                         7.52                  1,820
   W02 and NOg                     0.45                    109
Phosphates
   Ortho                           9.00                  2,180
   Poly                            2.95                    716
Total Solids                     4ll                    99,700
Suspended Solids                  6l                    14,800
Settleable Solids                 29                     7,040
Dissolved Solids                 343                    83,200
-------
                             TABLE VIII-9




                       ROSCOE STREET SEWER




                            OVERFLOWS
Month
September 196! (l)
October 1961
November 1961
December 196l
March 1962 (l)
April 1962
May 1962
June 1962
July 1962
August 1962
September 1962
October 1962
November 1962
Totals
Number of
Overflows
1
5
3
1
1
2
7
3
5
3
2
2
	 1
36
Duration, hours
Total
2.5
32.2
18.0
1.5
0.8
5-3
21.9
8.3
26.1
9-3
4.1
5.2
4.7
139-9
Average
2-5
6.4
6.0
1-5
0.8
2.6
3.1
2.8
5.2
3.1
2.0
2.6
iii
3-9
(l)   Partial Month
-------
                             TABLE VIII  -  10


                          ROSCOE STREET SEWER


                          RAINFALL AND RUNOFF
Storm Date
Oct.
Oct.
Oct.
Oct.
Oct.
Nov.
Nov.
Nov.
Dec.
Apr.
Apr.
May
May
May
May
May
May
May
June
June
June
July
July
July
July
July
Aug.
Aug.
Aug.
Sept.
Sept.
Oct.
Oct.
Nov.
11, 1961
13, 1961
19-20, 1961
29, 1961
29-30, 1961
2- 3, 1961
15-16, 1961
22, 1961
11-12, 1961
5, 1962
8, 1962
1, 1962
7- 8, 1962
10, 1962
10, 1962
12, 1962
21, 1962
21, 1962
5-6, 1962
8, 1962
11, 1962
2, 1962
11, 1962
15, 1962
22, 1962
28, 1962
6, 1962
7, 1962
24, 1962
9, 1962
10, 1962
20, 1962
20, 1962
16, 1962
0-35
0.28
1-34
0.38
v ^}^-f
0.47
0.54
0.38
0.16
0.25
0.24
o.4i
0.26
0.95
0.215
0.036
v ^j *-*
0.77
0.514
o.i4o
0.50
0.72
o.i4
3-17
0.857
-s i
0.185
-t- *-S J
0.562
0.322
1.383
0.217
0.149
0.319
0.692
0.477
0.196
0-379
                    Depth   Duration
                               4
                               3
                             21
                               4
                              9
                              4
                              7
                              4
                              5
                              4
                              7
                              4
                              l
                              3
                              2
                              3
                              2
                              4
                             l
                             7
                             4
                             2
                             4
                             8
                             9
                             4
                             3
                             2
                             4
                             6
                             4
                           13
Average
Intensity
(In./Hr.)
0.088
0.093
0.064
0.095
0.078
0.042
0.042
o.o4o
0.036
0.060
0.082
0.052
0.136
0.052
0.036
0.257
0.257
0.047
0.25
0.18
0.14
0.453
o.2i4
0.092
o.i4o
0.040
0.154
0.054
0.050
0.160
0.173
0.080
0.049
0.029

Runoff
(inches)
0.103
0.054
0.567
0.240
0.280
0.355
0.260
0.130
0.119
0.109
0.198
0.075
0.368
0.059
0.011
0.296
0.124
0.078
0.134
0.250
0.035
1.536
0.214
0.033
0.183
0.138
0.439
0.138
o.o4i
0.045
0.297
0.142
0.066
0.204
Runoff
Rainfall
(*)
29.4
19-3
42.3
63.1
V-^_J • -*-
59-6
x ff m ^s
65.7
68.4
81.2
47.6
45.4
48.3
28.8
38.7
27.4
30.6
38.4
24.1
55-7
26.8
34.7
25.0
48.5
i *— - • ^
25.0
17.8
32.6
42.9
^
31-7
63.6
•~-^ * *-*•
27.5
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14.1
43.0
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                             TABLE VIII-16
                    DAILY 5-DAY BOD LOAD TO CANAL SYSTEM
Period of Time
After Overflow
Starts
First 30 minutes
Second "
Third "
Fourth " "
Fifth "
Sixth "
Fourth 60 minutes
Fifth "
Sixth "
Seventh "
Eighth " "
Ninth " "
10 to 20 Hours
Overflow
(cu.ft. X 106)
19.15
15.87
10.07
7.71
5.18
4.06
11.23
10.54
5.21
2.49
1.39
1.03
5.35

(ib. X 10 )
1195-64
990.92
628.57
481.45
323.46
253.68
701.08
657.91
325.13
155.44
86.75
64.05
333.91
5-Day
CWD
69.5
61.5
54.0
48.0
42.5
37.0
30.5
24.5
20.5
17.5
15.5
15.0
15.0
BOD
(Ib.)
83,100
60,900
33,900
23,100
13,700
9,400
21,400
16,100
6,700
2,700
1,300
1,000
5,000
Total overflow BOD load to canal
                                         278,300
                          EOSCOE STREET SEWER
Period of Record = 9 months (275 days)

Average overflow BOD load to canal = 278,300
                                       275

Average IMF BOD load = 25,200 Ib./day
                      -  1,010 Ib./day
Treatment Plant
North Side
Stickney
Calumet
       TOTAL AREA

Daily BOD Load
to Plant, Ib./day

   178,400
   887,000
   106,500
Total BOD load to canal system
Daily BOD Load
to Canals, Ib./day

        7,100
       35,500
        4,300
                                      46,900 Ib./day
-------
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                           TABLE HO. IX-15


        STORM SPILLAGE, INDUSTRIAL WASTE, AND MID-LOAD ESTIMATES
          COMPARISONS FOR UPPER ILLINOIS RIVER SYSTEM MAINSTEM

  I. Storm Spillage:

       Based on study of 31 storms in 1961-1962 in Roscoe Street Sewer

       Average 5-day BOD per day to Canal System - 1012 pounds/day
       Average 5-day BOD per day per sq. mile = 1012  - 117.6 pounds
         5-da BOD                               8.62
Drainage
Area
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WSWSTP
Calumet STP
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5- day
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86
156
113
Ratio
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Drainage
Area
sq. miles
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53-0
Pounds of
pounds /sq..

117.6
212.0
153-0
5- day BOD spilled
mile pounds total

8,940
27,000
8,100
37,9^0
       Total pounds  5- day BOD into mains tern = 37,9^0 pounds/day


       Lu, ultimate BOD = 37,9^0 = 56,000 pounds /day spilled into raainstem
                           0.68
 H. Industrial wastes ^spilled into mainstem = 5^,300 pounds Lu,
       ultimate BOD/daf '            .
HI.  Calculate mid- station positive BOD loads, average for  5  study
       periods = 157,250 pounds Lu, ultimate BOD/ day

IV.  Comparison:

       Sum of Storm Spillage and Industrial Was-te spillage  =
         56,000 plus 54,300 = 110^300 pounds/day


       Ratio = 110,300 = 70%
               157,250

-------

-------
   TABLE NO. IX -16 «*




VALUES THOMAS SLOPE METHOD




     STATION REACH
STATION
1,2,3,
.106
.252
.071
.215
.105
.109
.109
n - 8
1.057
k^O.132.
STATION STATION
4,5,7,8,9 12,13,14,15
.135 .128
. 112 . 189
. 247 . 088
.131 .061
. 213 . 099
n = 6 n = 7
.920 .931
. k!=o. 153 k"i=0 . 133 kx=c
STATION STATION
16,17,18 19,20,21,22
.212 .230
.192 .092
. 075 . 166
. 090 . 071
. 096 . 192
n = 5 n = 5
.665 .751
).133 5^=0.150
        n = 31




       k*! = 0.139




     s(x) = 0.061

-------
                                TABLE NO.  JX-17
     Lover Illinois River System -
FLOW - CFS

Station
Mileage
280.8 T
278.7 0?
2U.6
270.6
26S.5
252.7
246.9 (1)
246.9 (2)
240.2
241.1 T
239-2
231.6
229.7
236.5 T
219.8
20^.4
198.1
184.8
(181.3
1Y3.4
168.9
1166.1
[L6S.3
tL6l.7 T
P-58.7
be. 5
161.0 T
151.8
143. 2
p.32.0
125.8
133.7 T
|uf.<5
105.5
105.7 T
ico. 9
tf'a.o " *
95.8 T
81.0
78.6
71.2
55.9
23.70?
121.7

Location
DuPage R. (Trib)
Kankakee R. (Trib}
Dresden Dam
EoJ.&E, RR. Bdg.
Morris Hvy. Bg.
Seneca Hwy. Bg.
Marseilles-Rapid
Marseilles Canal
Sherer Island
Fox R. (Trib)
Hitt Island
Starved Rock
Utica Bg. Light
Vermillion R. (Trib)
Huse Slough
Bureau Creek
Webster Ldg.
Bennett's Lt.
Chilicothe Lt.
Blue Crk Lt.
Drolls Ft. Lt.
Peoria W. Intake
Avery Light
Kickapoo Ck. (Trib)
Warn Sign
Seven Mile Lt.
Mackinaw R. (Trib)
Pekin Intake
Lancaster Lt.
Woodyard Lt.
'.fliompson Lt.
Spoon 'R. (Trib)
Havanna Lt.
Grand Island Lt.
Sangamon R. (Trib)
Hickory Lt.
Beards town Br.
LaMoine R. (Trib)
LaGrange Mk.
Indian Ck. Lt.
Meridosia Bge.
Flo-Hwy. Bge.
Macpn. Ck. Bge. (Trib
Hardin Hwy. Bge.

Study
Nov. !6l
435
4960
8760
8760
9160
9180
8990
200
9240
3470
12700
12900
12900
965
14100
14300
15000
15300
15500
15700
15800
15900
15900
205
16200
16200
960
16300
17400
17800
17900
2440
20400
20700
3230
20800
24300
I960
26600
26600
26800
N.S.
N.S.
N.S.

Periods - A
Mar. '62
1250
13400
22600
22600
25100
25400
25600
15
25600
7300
32900
33200
33200
3920
38100
38300
40100
40100
40100
40100
39400
39200
39200
580
38600
38600
3460
38700
42700
41700
41700
5540
46500
47300
12800
48600
63200
3440
66300
66300
65800
N.S.
N.S.
N.S.

verages
July '62
95
2180
6620
6620
6770
6770
6670
100
6780
720
7500
7530
7530
600
8270
8390
8750
8870
8940
9110
9140
9170
9170
135
9340
9340
630
9380
10100
10100
10100
420
10500
10700
2130
10700
12900
100
12900
13000
13000
N.S.
N.S.
N.S.

Average
595
6845
8045
12660
13675
13785
13755
105
13875
3830
17700
17875
17875
1830
20155
20330
21285
21425
21515
21635
21445
21425
21425
310
21380 .
21380
1685.
21460
23400
23200
23235
2800
25800
26235
6055
26700
33465
1835
35265
35300
35200
N.S.
N.S.
N.S.
U.S. = NOT SAMPLSD

-------

-------
                                  TABLE NO.  IX -18




  Lower Illinois River System -	BOD  5  DAY  MG/L
Static
Fileage
1230. 8 T
!2f8". 7 T
271.6
270.6
233.5
252.7
246.9 (1)
24$.9 (2)
2.'.'.0.2
241.1 3?
239.2
231.6
229 .7
236.5 T
219. 8~
209,'.'-
350 	
n
Location
DuPage R. (Trib)
:fenkakee R. (Trib)
Dresden Dam
E.J.&Eo RH. Bdg,
Morris Hvy. Eg,
Seneca Hwy. Bg.
Marseilles-Rapid
Marseilles Canal
Sherer Island
i''ox R. (Trib)
Hitt Island
Starved Hock
Utica Bg. Light
Ver^illion R. (Trib)
Rase Slough
Bureau Creek
Webster Ldg.
184,8 Bennett's Lt.
"181,3 jChilicothe Lt.
173.4 Blue Crk Lt.
J16J.9 j Drolls Pt. Lt.
16^,1 JFsoria W, Intake
.".(-> 5 .3 jAWry Light
;J.6i f - ICickapoo Ck. (Trib)
!l 50.7 Uarn Sign
•!!;£. 5 Seven Mile Lt.
i.i.bj.6 'f Mackinaw R. (Trib)
:> v.,b
'j''-;iT2
'.O'<".."0
•Vc£.?
133.7 T
.1.17.6
J,C<>o
.V>;. 7
"'(.'0.9
tj'J.6
95.8 t
jj.,6
fr37§ ~~
IJekin Intake
Lancaster Lt,
Wcodj-ard Lt.
Thc:npso;i Lt.
Spoon R. (iVib)
Ha.vann.; Lt.
Grar.d Island Lt.
Sania\HOn R. fTi-ibl
Hic-kory Lt.
Eeerdstovn Br.
Lalfoine R.(Trib)
LeXrrange Mk.
xt:dian Ck. Lt.
7-!-.2 lifer idosia Bge.
,55-9 iFIo-Hwy. Bge.
'-3.7 T | Macpn . Ck . Bge . ( Trib )
•iL-7 'Fardin Hwy. Bge.
Study Pei
Nov. '6l
2.25
2.11
r~23i~
3.15
3.52~~
3.16
3.02
3.55 "
5/ST 1
4.42
5.01
5.06
^.57
2.13
N.S.
4.61
N.S.
5.02
H.S.
5.67
NCS.
5.^9
N.S0
3.05
*.53
4.40
3.5^
N.S.
5.26
N.S.
4.84
3-60
N.S.
4.39 ,
3.02
N.S,
4.41
3.31
4.40
4.18
N.S.
N.S.
N.S.
N.S.
-iods - Avera
Mar. '62
3.94
3.68
4.85
5.26
4.79
4.22
4.91
N.S.
6.65
4.94
6.28
6.47
6.66
2.70
N.S.
5.84
W.S.
4.96
N.S.
4.16
N.S.
4.29
N.S.
4.18
4.22
3.95
3.82
N.S.
4.51
N.S.
^.57
5.95
If.S.
4.46
4.12
N.S.
4.13
4,63
4.23
3.79
N.S,
N.S.
N.S.
N.S,
ges
July '62
7.5
4.8
6.1
6.3
7.4-
8.1
7.4
N.S.
12.2
10.3
12.4
11.8
11.2
5.2
N.S.
12.8
N.S,
11.4
N.S.
10.8
N.S.
8.2
N.S.
3.9
8.5
8.3
^.3
N.S.
8.9
N.S.
9.5
5.0
N.S.
8.9
5-9
N.S.
8.8
4.0
8.2
8.3
7.2
7.8
5.7
5.4
Average
4.56
3.53
4.59
4.90
5.27
5.16
5.11
3.55
9.42
5.65
7.90
7.77
7.47
3.34
N.S.
7.75
N.S.
7.13
N.S.
6.88
N.S0
5.99
N.S.
3.71
5.75
5.55
3.89
N.S.
6.22
N.S.
6.30
4.85
N.S.
5.92
4.35
N.S.
5.78
3.98
5.61
5.42
7.2
7.8
5.7
5.4
;:„ = NOT SAJGPLED

-------

-------
                          TABLE WO.  IX -18




Illinois River System - 	BOD  5  DAY  MG/L
Static
fi'illeage
|2t0.8 T
273.7 T
271.6'
J270.5
!25j.5 I
25 y, 7
2*i6.9 (1)
246.9 (2)
240~2
24-1.1 T
2^9.2
231. S
n
Location
DuPage R. (Trib)
Kankakee R. (Trib)
Dresden Dam
E.J.&Eo RR. Bdg.
llorris Hvy. Eg.
Seneca Hwy. Bg.
Marseilles-Rapid
Marseilles Canal
Slierer Island
Vox R. (Trib)
Hitt Island
Sta.rved .Rock
229.7 jUtica 3g. Light
230.5 2
Slgji
209.4
icB.l
18>.£
131.3
Vsrmillion R. (Trib)
Huse Slough
Btireau Creek
Webster Ldg.
Bennett's Lt.
Chilicothe Lt.
.Y,'3-4 iBlue Crk Lt.
.16^,9
Uo'XX
",b~.3
Erolls Ft. Lt.
Peoria W. Intake
Avery Light
!16l,7 T Jkickapoo Ck. (Trib)
.•-5«.7 U:arn Sign
156, $ 1 Seven Mile Lt.
Jol.^OJC __|
:WvfT7~
[_ Mackinaw R. (Trib)
Pekin Intake
lancaBter Lt.
.-;>;'. 0 H-bodyard Lt.
•:.£'•>•. 8 1 Thompson Lt.
'--.'>. 7 T 	 i Spoon R. (Trib)
117-6 liav^nna Lt.
].r'>>5 | Grand Island Lt.
-\).7 Saa^_amon R. (EriTj)
•oy.9 [Hickory Lt.
^.0 j Eeardstown Br.
OV.y 1' JLaMoina R". (Tribl
i^l.O
; TCb" 7i
C^-^l
j'j«^Granf?e Mk,
Indian Ok. Lt.
Moridosia Bge.
Study Pei
Nov. '61
2.25
2.11
2.83
3.15
3.62
3.16
3.02
3.55
5.65
'"if.te
5.01
5.06
4.57
2.13
N.S.
4.6l
N.S,
5.02
N.S.
5.67
N.S.
5.^9
N.S,
3.05
^.53
4.^0
3.5^
N.S.
5.2.6
N.SC
lf.8i|.
3.^0
N,S,
^.39
3.02
N.SS
4.41
3.31
4.40
4.18
N.So
, 55.9 [!''lo~Hw. Bge. ! N.S.
^j.7 T ;Macpn. Ck. Bge. (Trib) j U.S.
-•-'..7 li'ardln Ewy. Ege. ( M.S.
'iods - Avera
Mar. '62
3.94
3.68
4.85
5.2S
4.79
4.22
4.91
N.S,
6.65
4.94
6.28
6.47
6.66
2,70
N.S0
5.84
N.S0
^.96
N.S.
4.16
N.S0
4.29
N.S.
4.18
4.22
3.95
3.82
N.S.
4.51
N.S.
4.57
5.95
L N.S.
11 4:46" 	
4.12
N.S.
4.13
4.63
4.23
3-79
N.S3
NoSa
N.S.
N.S,
ges
July '62
7.5
4.8
6.1
6.3
7.4
8.1
7.4
N.S.
12.2
10.3
12.4
11.8
11.2
5.2
N.S.
12.8
N.S.
11.4
N.S.
10.8
N.S.
8.2
N.S.
3.9
8.5
8.3
4.3
N.S.
8.9
N.S.
9.5
5.0
N.S.
8.9
5-9
N.S.
8.8
4.0
8.2
8.3
7.2
7.8
5.7
5.4
Average
4.56
3.53-
4.59
4.90
5.27
5.16
5.11
3.55
9.42
5.65
7.90
7.77
7.47
3.34
N.S.
7.75
N.S.
7.13
N.S.
6.88
N.S.
5.99
N.S.
3.71
5.75
5.55
3.89
N.S.
6.22
N.S.
6.30
4.85
N.S. '
5-92
4.35
N.S.
5.78
3-98
5.61
5.42
7.2
7.8
5.7
5.4
J-',C0 =
 SAMPLED

-------

-------
                                 TABLE NO.
  Lower Illinois River System -
DISSOLVED OXYGEN
MG/L
1 Static
Mileage
280.8 T
278.7 T
271.6
270.6
263.5
252.7
2U6.9 (1)
2U6.9 (2)
2k0.2
2kl,I T
239,2
231.6
229.7
236.5 T
219.8
209. k
199.1
18iiTa
181.3
173. k
168; 9
166,1
16.5.3
161,7 T
158.7
156.5
l6l.O T
151. a
1U3.2
132;o
125. a
133.7 T
117.6
105-.5
105.7 T
100 . 9
~BB,0
	 _i_^. _ 	
95. a T
81.0
78i6
71,2
55,9
23,7 T
21j7
n
Location
DuPage R. (Trib)
Kankakee R. (Trib)
Dresden Dam
E.J.&E. RR. Bdg.
Morris Hwy. Bg.
Seneca Hwy. Bg.
Marseilles -Rapid
Marseilles Canal
Sherer Island
Fox R. (Trib)
Hitt Island
Starved Rock
Utica Bg. Light
Ve million R. (Trib)
Huse Slough
Bureau Creek
Webster Ldg.
Bennett's Lt.
Chilicothe Lt.
Study
Nov. '61
11.81
11.66
b.Ul
10.76
10.1i3
10.17
10.68
9.75
10.20
12.55
10.U6
11.13
11.82
11.79
M.S.
ll.ii5
N.S.
11.18
N.S.
Blue Crk Lt. 11.36
Drolls Pt. Lt.
Peoria ¥. Intake
Avery Light
Kickapoo Ck. (Trib)
Warn Sign
Seven Mile Lt.
Mackinaw R. (Trib)
Pekin Intake
Lancaster Lt.
Woodyard Lt.
Thompson Lt.
Spoon R. (Trib)
Havanna Lt.
Grand Island Lt.
Sangamon R. (Trib)
Hickory Lt.
Beardstown Br.
LaMoine R. (Trib)
LaGrange Mk.
Indian Ck. Lt.
Meridosia Bge.
Flo -Hwy. Bge.
Macpn. Ck. Bge. (Trib)
Hardin Hwy. Bge.
N.S.
11.18
N.S.
li.86
11.26
11. Ik
11.07
N.S.
10.86
N.S.
10.27
11. Ill
N.S.
10.U2
10.56
N.S.
10.18
10.70
10.20
10.32
N.S.
N.S.
N.S.
N.S.
Periods - Av
|Mar. '62
11.38
11.56
11.37
11. 3U
11.10
10.814
11.23
N.S.
11.21
12.12
11.26
11.61
11.50
12. 1U
N.S.
11.05
N.S.
10.57
N.S.
10.68
N.S.
10.80
N.S.
11.38
10.811 1
10.81
11.26
N.S.
10. 5U
N.S.
10.3k
11.01
N.S.
10.27
10.U7
N.S.
10.05
11.10
10.15
10.114
N.S.
N.S.
N.S.
N.S.
srages
July '62
6.2k
9.k9
6.00
7.55
7.17
7.U6
7.W
7.9k
6.85
9.25
6.93
7.15
7.7it
10. 9k
N.S.
6.06
N.S.
iu31
N.S.
5.3»
N.S.
5.UO
N.S.
8.72
5.29
5.95
8.25
N.S.
U.56
N.S.
3.^5
7.5'6
N.S.
2.93
7.36
N.S.
2.63
7.00
2.77
U.07
3.851
3.5lt
8.62
3.57
Average
9. SI
10.97
a. 59
9.aa
9.57
9.U9
9.78
8.85
9.U2
11.31
9.55
9.96 '
10.35
11.62
N.S.
9.55
N.S.
8.69
N.S.
9.1U
N.S.
9.13
N.S.
10.65
9.13
9.30
10.19
N.S.
8.68
N.S.
a. 02
10.02
N.S.
7.87
9.U6
N.S.
7.62
9.60
7.71
8.18
3.b^
3.$k
8.62
3.57
N,. S. = Not Sampled

-------

-------
                              r
Lower Illinois River System -
TEMPERATURE
Static
Mileage
280. « T
2?H. 7 f
271.6
270.6
263.5
252.7
2it6.9 (I)
2kb. 9 (2)
2k0.2
2U1.1 T
239.2
231.6
229.7
236.5 T
219.0
209.lt
19^.1
18i|.8
101.3
173. k
160.9
166,1
165.3
p.61.7 T
15J.7
156.5
161.0 T
(151.0
R43. 2
132,0
125.8"
133.7 T
117.6
105.5
105.7 T
|100.9
88.0
95.9 T
01.0
f78.6
71.2
55.9
23.7 T
21.7
>n
Location
j&iEagtf. R. (Trib)
Kankakee R. (Trib)
Dresden Dam
E.J.&E. RR.Bdg.
Morris Hwy. Bg.
Seneca Hwy. Bg.
Marseilles -Rapid
Marseilles Canal
Sherer Island
Fox R. (Trib)
Hitt Island
Starved Rock
Utica Bg. Light
Vermillion R. (Trib)
Huse Slough
Bureau Creek
Webster Ldg ,
Bennett's Lt.
Chilicothe Lt.
Blue Crk Lt.
Drolls Ft. Lt.
Peoria ¥. Intake
A very Light
Kickapoo Ck. (Trib)
Warn Sign
Seven Mile Lt.
Mackinaw R. (Trib)
Pekin Intake
Lancaster Lt.
Woodyard Lt.
Thompson Lt.
Spoon R, (Trib)
Havanna Lt.
Grand Island Lt.
Sangamon R. (Trib)
Hickory Lt.
Beardstown Br.
LaMoine R. (Trib)
LaGrange Mk.
Indian Ck. Lt.
Meridosia Bge.
Flo -Hwy. Bge.
Macpn. Ck. Bge. [Trib]
Hardin Hwy. Bge.
Study
Nov. '61
o.o
6.6
9.0
9.0
8.7
~%3
" 8.1; '"
B.I
7.3
THI "
7.3
~O
6.8
6.2
8.0
7.1
F3 ^
6.9
o.o
6.1
0.3
6.1
7.7
6.0 |
""5.8 ' "
5.6
6.0
0.0
577
0.0
T.r~
5.7
^"73
5.7
7.0
h ?.r
6.0
6.1
$.9
6.7
N.S.
N.S.
w.s.
N.S.
Periods - Avei
Mar. '62
3.0
3.6
3.6
' T.o ~ ~3j
il.l
1.1
"T.i
N.S.
7.0
2.9
T.9 ""*
5.9
6.3
it. 2
N.S.
6. It
N.S.
6.2
N.S.
5.0
N.S.
r~ 573 1
N.S.
1 F.9
5.r
5^.7
6.2
N.S.
5.6
N.S.
5.6
7.0
N. S .
5.6
7.7
N.S.
5.6
f 7.2
f 5.7
5.7 r
N.S.
N.S.
N.S.
N.S.
ages
July '62
21.9
23.5
26.6
26.3
26.1
25.7
25.6
25.7
25.6
23.5
25.1
25.^
2^.1
23.7
N.S.
25*. 2
N.S.
2h.9
N.S.
2U.1
N.S.
9), T
•-4. J
N.S.
21.9
214.3
2k. 3
21.6
N.S.
2k. 1
N.S.
2U.7
21.ii
N.S.
2u.O
22.6
N.S.
2k.9'
21.2
25.1
2ii.3
2k. 3
25^.5 " "
25.0
25.9
Average
10.5
11.2
13.3
13.1
13.0
12.0
12.7
16.9
.13.3
10.6
13.1
12.7
12.7
ll.u
8.0
12.9
0.5
12.7
"8.0
12.0
0.3
11.9
7.7
I 11.3
11.9
11.9
11.5
0.0
12.0
8.0
11.9
11. ii
7.5
12.0
12. k
7.5
12.2
11.5
12.2
12.2
, 2k. 3
25.5
25.0
25^9

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                                TABLE IX-21
Lower Illinois River System -  Nitrate  - Nitrogen  mg/1
Static
lileage
280.8 T
278.7 T
271.6
270.6
263.5
252.7
2U6.9 (1)
2U6.9 (2)
2k0.2
21*1.1 T
239.2
231.6
229.7
236.5 T
219.8
209.1^
198.1
181*. 8
181.3
173. 1*
168.9
166.1
165.3
161.7 T
158.7
156.5
161.0 T
151.8
1W.2
132.0
125.8
133.7 T
117.6
105.5
105.7 T
100.9
88.0
95.8 T
81.0
78.6
71.2
55.9
.23.7 T
21.7
n
jocation
DuPage R. (Tributary)
ffankakee R. (Tributary )
)resden Dam
E.J.& E. RR. Bridge
florris Hwy. Bridge
Seneca Hwy. Bridge
Marseilles-Rapid
Marseilles-Canal
Sherer Island
Fox R. (Tributary)
litt Island
Starved Rock
Utica Bridge Light
Vermillion R. (Trib)
Huse Slough
Bureau Creek
Webster Landing
Sennett's Light
Chillicothe Light
Blue Crk Light
Drolls Point Light
Peoria Water Intake
Avery Light
Kickapoo Ck. TTrib)
Warning Sign "D&L 1 mi1'
Seven Mile Light
Mackinaw R. (Tributary)
Pekin Water Intake
Lancaster Light
foodyard Light
Thompson Light
Spoon R. (Tributary)
Havanna Light
Grand Island Light
Sangamon R. (Tributary)
Hickory Light
Beardstown Bridge
LaMoine R. (Tributary)
LaGrange Mark
Indian Ck. Light
Meridosia Bridge
riow-Hwy. Bridge
Macpn Ck. Bridge (Trib)
Hardin Hwy. Bridge
Study
Nov '61
2.20
1.88
1.92
2.05
1.97
2.1k
2.1k
2.16
2.21
2.09
2e02
2.77
2.00
3.80
N.S.
2.18
N.S.
2.02
N.S.
2.11*
N.S.
2.1*7
N.S.
2.21
1.91*
2,27
2.W
N.S.
2.03
N.S.
2*09
2.0k
N.S.
2.36
2.20
N.S.
2,01
2.05
2.33
2.39
N.S.
N.S.
N.S.
N.S.
Periods -
Mar '62
N.S.
1.79
1.88
1.81*
1.95
1.95
2.3k
N.S.
2.1k
2.5k
2.02
2.3k
2.31
2.61
N.S.
2.30
N.S.
2.57
N.S.
2.kk
N.S.
2.59
N.S.
2.21
2.6k
2.U8
3.6ii
N.S.
2.77
N.S.
2.76
2.33
N.S.
2.36
3.10
N.S.
2.62
1.61
2.36
2.hh
N.S.
N.S.
N.S.
N.S.
Average
July '62
1.35
1.08
0.75
0.90
1.01
1.10
1.30
1.19
l.3k
0.56
1.39.
I.ii3
l.?l
1.76
N.S.
1.79
N.S.
1.71*
N.S.
1.81*
N.S.
1.91
N.S.
0.38
1.80
1.90
1.56
N.S.
1.79
N.S,
1.89
0.88
N.S.
2.10
1.33
N.S.
2. Oil
0.79
1.97
1.89
1.96
1.83
0.38
1.92
Average
1.78
1.58
1.52
1.60
1.6U
1.73
1.93
1.68
1.90
1.73
1.81
2.18
1.9U
2.72
N.S.
2.09
N.S.
2.10
N.S.
2.1i*
N.S.
2.32
N.S.
1.60
2.13
2.22
2.56
N.S.
2.20
N.S.
2.25
1.75
N.S.
2.27
2.21
N.S.
2.22
I.li8
2.22
2.2k
1.96
1.83
0.38
1.92
         N.S. = Not Sampled

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Date Due

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