Appendix 11 GSD Stream Reach Characterization and ... · GSD 2002 Dry Weather Stream Reach...

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Appendix 11

GSD Stream Reach Characterization and

Evaluation Report

The Little Calumet River Stream Reach Characterization and Evaluation Report completed in October 2002 by Greeley & Hansen was used to identify the concentration of pollutants in the combined sewer overflows (CSOs) and in dry and wet weather in the West Branch of the Little Calumet River. The study area for this report stretched from Cline Avenue to Ripley Street with an additional sampling location on Deep River. Figure 1 shows the eleven (11) locations used for dry and wet weather sampling as well as the CSO discharge points. Figures 2 to 13 graphically show the sampling results of the parameters that overlapped with the sampling conducted as part of this Little Calumet River Watershed Management Plan. These six (6) parameters are only a small portion of the constituents that were sampled for as part of this 2002 study. The tables included at the end of this appendix are those taken directly from the 2002 report by Greeley and Hansen for the Gary Sanitary District. Each water quality sampling location (11 total) has a table presenting the dry weather sampling results and two tables showing the wet weather sampling results. There are also tables showing the CSO discharge parameters for each wet weather event sampled. These are also shown by each location having a table for both events.

Little Calumet River Watershed Management Plan

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Figure 1: Greeley and Hansen sampling locations located along the Little Calumet River.

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GSD 2002 Dry Weather Stream Reach Characterization

0

500

1000

1500

2000

2500

Cline

Clark

Chase

Grant

Broadw

ay

Georgi

a

Railrao

dMLK Clay

Ripley

Deep R

iver

Sampling Location

E.co

li (c

fu/1

00m

L) 4/27/2001 6/25/200112/11/2001 7/2/2002Average

Figure 2: E.coli dry weather sampling results from 2002 study by Greeley and Hansen.

GSD 2002 Dry Weather Stream Reach Characterization

0

0.1

0.2

0.3

0.4

0.5

0.6

0.7

Cline

Clark

Chase

Grant

Broadw

ay

Georgi

a

Railrao

dMLK Clay

Ripley

Deep R

iver

Sampling Location

Am

mon

ia (m

g/L)

4/27/2001 6/25/200112/11/2001 7/2/2002Average

Figure 3: Ammonia dry weather sampling results from 2002 study by Greeley and Hansen.

GSD 2002 Dry Weather Stream Reach Characterization

00.5

11.5

22.5

33.5

44.5

5

Cline

Clark

Chase

Grant

Broadw

ay

Georgi

a

Railrao

dMLK Clay

Ripley

Deep R

iver

Sampling Location

TKN

(mg/

L)

4/27/2001 6/25/200112/11/2001 7/2/2002Average

Figure 4: TKN dry weather sampling results from 2002 study by Greeley and Hansen.

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GSD 2002 Dry Weather Stream Reach Characterization

0

40

80

120

160

200

Cline

Clark

Chase

Grant

Broadw

ay

Georgi

a

Railrao

dMLK Clay

Ripley

Deep R

iver

Sampling Location

TSS

(mg/

L)4/27/2001 6/25/200112/11/2001 7/2/2002Average

Figure 5: TSS dry weather sampling results from 2002 study by Greeley and Hansen.

GSD 2002 Dry Weather Stream Reach Characterization

0

0.2

0.4

0.6

0.8

1

1.2

Cline

Clark

Chase

Grant

Broadw

ay

Georgi

a

Railrao

dMLK Clay

Ripley

Deep R

iver

Sampling Location

TP (m

g/L)

4/27/2001 6/25/200112/11/2001 7/2/2002Average

Figure 6: TP dry weather sampling results from 2002 study by Greeley and Hansen.

GSD 2002 Dry Weather Stream Reach Characterization

5

6

7

8

9

10

Cline

Clark

Chase

Grant

Broadw

ay

Georgi

a

Railrao

dMLK Clay

Ripley

Deep R

iver

Sampling Locations

pH U

nits

4/27/2001 6/25/200112/11/2001 7/2/2002Mi i M i

Figure 7: pH units dry weather sampling results from 2002 study by Greeley and Hansen.

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2002 GSD Wet Weather Stream Reach Characterization

0

10000

20000

30000

40000

50000

60000

70000

80000

90000

Cline Clar k Chase Gr ant Br oadway Geor gia Rai l r aod MLK Clay Ripley Deep River

Sampling Location

E.co

li (c

fu/1

00m

L).Sept. 2001 +4 hr .Sept. 2001 +8 hr .Sept. 2001 +12 hr.Apr. 2002 +4 hr .Apr. 2002 +8 hr .Apr. 2002 +12 hr

Figure 8: E.coli wet weather sampling results from 2002 study by Greeley and Hansen.

2002 GSD Wet Weather Stream Reach Characterization

00.10.20.30.40.50.60.70.80.9

1

Cline

Clark

Chase

Grant

Broadw

ay

Georgi

a

Railrao

dMLK Clay

Ripley

Deep R

iver

Sampling Location

Am

mon

ia (m

g/L) .Sept 2001 +4 hr .Sept. 2001 +8 hr .Sept. 2001 +12 hr .Apr. 2002 +4 hr

.Apr. 2002 +8 hr .Apr. 2002 +12 hr Average

Figure 9: Ammonia wet weather sampling results from 2002 study by Greeley and Hansen.

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2002 GSD Wet Weather Stream Reach Characterization

0

1

2

3

4

5

6

7

Cline

Clark

Chase

Grant

Broadw

ay

Georgi

a

Railrao

dMLK Clay

Ripley

Deep R

iver

Sampling Location

TKN

(mg/

L).Sept. 2001 +4 hr .Sept. 2001 +8 hr .Sept. 2001 +12 hr .Apr. 2002 +4 hr

.Apr. 2002 +8 hr .Apr. 2002 +12 hr Average

Figure 10: TKN wet weather sampling results from 2002 study by Greeley and Hansen.

2002 GSD Wet Weather Stream Reach Characterization

0

10

20

30

40

50

60

70

80

Cline

Clark

Chase

Grant

Broadw

ay

Georgi

a

Railrao

dMLK Clay

Ripley

Deep R

iver

Sampling Location

TSS

(mg/

L)

.Sept. 2001 +4 hr .Sept. 2001 +8 hr .Sept. 2001 +12 hr

.Apr. 2002 +4 hr .Apr. 2002 +8 hr .Apr. 2002 +12 hrAverage

Figure 11: TSS wet weather sampling results from 2002 study by Greeley and Hansen.

Little Calumet River Watershed Management Plan

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2002 GSD Wet Weather Stream Reach Characterization

0

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

Cline

Clark

Chase

Grant

Broadw

ay

Georgi

a

Railrao

dMLK Clay

Ripley

Deep R

iver

Sampling Location

TP (m

g/L)

.Sept. 2001 +4 hr .Sept. 2001 +8 hr .Sept. 2001 +12 hr .Apr. 2002 +4 hr

.Apr. 2002 +8 hr .Apr. 2002 +12 hr Average

Figure 12: TP wet weather sampling results from 2002 study by Greeley and Hansen.

GSD 2002 Wet Weather Stream Characterization

5

6

7

8

9

10

Cline

Clark

Chase

Grant

Broadw

ay

Georgi

a

Railrao

dMLK Clay

Ripley

Deep R

iver

Sampling Location

pH

.Sept. 2001 +4 hr .Sept. 2001 +8 hr

.Sept. 2001 +12 hr .Apr. 2002 +4 hr

.Apr. 2002 +8 hr .Apr. 2002 +12 hr

Figure 13: pH units wet weather sampling results from 2002 study by Greeley and Hansen.

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