2. Fifty cubic meters of water containing 28mg/L solids passes the Gallo River in one minute. There is a city ordinance limiting the solids content of the river to 40 mg/L. If the Olio Corps will be discharging water with 86mg/L solids to the river, determine the maximum rate that the company can discharge without being penalized. in both the stream and waste discharge, the concentration after mixing can be calculated as: CsQs + CwQw = CmQm C- the concentration of selected material (in mass/volume) Q- the volumetric flowrate (volume/time) s,w and m – means stream, waste and mixture conditions respectively where:
2. Fifty cubic meters of water containing 28mg/L solids passes the Gallo River in one minute. There is a city ordinance limiting the solids content of the river to 40 mg/L. If the Olio Corps will be discharging water with 86mg/L solids to the river, determine the maximum rate that the company can discharge without being penalized. in both the stream and waste discharge, the concentration after mixing can be calculated as: CsQs + CwQw = CmQm C- the concentration of selected material (in mass/volume) Q- the volumetric flowrate (volume/time) s,w and m – means stream, waste and mixture conditions respectively where:
Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter17: Electrochemistry
Section: Chapter Questions
Problem 80AP
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Transcribed Image Text:2. Fifty cubic meters of water containing 28mg/L solids passes the Gallo River in one
minute. There is a city ordinance limiting the solids content of the river to 40 mg/L. If
the Olio Corps will be discharging water with 86mg/L solids to the river, determine the
maximum rate that the company can discharge without being penalized.
in both the stream and waste discharge, the concentration after mixing can be
calculated as:
CsQs + CwQw = CmQm
C- the concentration of selected material (in mass/volume)
Q- the volumetric flowrate (volume/time)
s,w and m – means stream, waste and mixture conditions respectively
where:
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