Effluent Treatment Plant - Zero Liquid Discharge Plants India by Shubham Inc
The Effect of Effluent Pipe Discharge on Dry Run Creek
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Transcript of The Effect of Effluent Pipe Discharge on Dry Run Creek
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The Effect of Effluent Pipe Discharge on Dry Run Creek
Benny Harken & Michael Stebbins
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Goals
• For our project we wanted to see how effluent pipes discharge effects the water quality of Dry Run Creek.
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Methods
• We chose 3 different sites– ROTH– University Ave– Towers
• At each site we sampled 3 different sets of water– Above– Effluent– Below
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Methods
• We sampled 6 different parameters– pH– Total dissolved solids– Conductivity– Temperature– Dissolved oxygen– Turbidity
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ROTH
• Our first location that we took samples from is located near the footbridge going across Dry Run Creek near the Well Monitoring Station
• The effluent pipe runs from Married Student Housing into the creek
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Above Effluent Below8.1
8.15
8.2
8.25
8.3
8.35
8.4
8.45
8.5
ROTH pH
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pH
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Above Effluent Below0
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ROTH TDS
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TDS
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Above Effluent Below0
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ROTH Conductivity
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Cond
uctiv
ity
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Above Effluent Below0
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ROTH Temperature
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Tem
pera
ture
(Cel
cius)
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Above Effluent Below0
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ROTH Dissolved Oxygen
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Diss
olve
d O
xyge
n
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Above Effluent Below0
5
10
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ROTH Turbidity
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rbid
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Results
• Total dissolved solids and conductivity are directly related• Effluent had slight effect on pH, TDS, and
Conductivity
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University Avenue Bike Trail
• Our second location is located under University Ave. right next to the Bike trail that runs under it which is located next to the Cedar Falls Lutheran Home
• The effluent pipe is located on the East side of the creek under the bridge
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Above Effluent Below7.95
8
8.05
8.1
8.15
8.2
8.25
8.3
8.35
University Ave pH
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pH
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Above Effluent Below0
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University Ave TDS
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TDS
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Above Effluent Below0
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University Ave Conductivity
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Cond
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ity
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Above Effluent Below0
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University Ave Temperature
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Tem
pera
ture
(Cel
cius)
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Above Effluent Below0
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University Ave Dissolved Oxygen
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Diss
olve
d O
xyge
n
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Above Effluent Below0
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University Ave Turbidity
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Results
• Total dissolved solids and conductivity are directly related• Effluent appeared to have virtually no
effect on the stream
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Towers Location
• Our third location is located near Dancer and Rider under Campus Street
• The effluent pipe is located under the bridge that crosses Dry Run Creek
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Above Effluent Below7.7
7.8
7.9
8
8.1
8.2
8.3
8.4
8.5
Towers pH
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pH
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Above Effluent Below0
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Towers TDS
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TDS
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Above Effluent Below0
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Towers Conductivity
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Cond
uctiv
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Above Effluent Below0
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Towers Temperature
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Tem
pera
ture
(Cel
cius)
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Above Effluent Below0
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Towers Dissolved Oxygen
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Diss
olve
d O
xyge
n
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Above Effluent Below0
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Towers Turbidity
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rbid
ity
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Results
• Total dissolved solids and conductivity are directly related• Effluent had more significant effect on pH,
temperature, and turbidity • Little effect was noticed for DO,
conductivity, and TDS
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Conclusion• Towers site had largest effect on stream• Largest volume of effluent water
• Overall there was no large effect for the parameters we sampled• Temperature differences could have been
due to shaded vs non shaded areas of the stream• Rain greatly reduces the conductivity and
total dissolved solids while increasing turbidity• Snow had no effect
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Questions?