1 Calculate for the following water analysis the lime dosage needed for softening by selective…

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1 Calculate for the following water analysis the lime dosage needed for softening by selective…

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1 Calculate for the following water
analysis the lime dosage needed for softening by selective calcium removal.What
is the finished water hardness?

2 Analyze split-treatment softening for
the following water analysis. Provide excess lime treatment for twothirds of
the raw water flow and by-pass one-third of the flow. Draw a bar graph of the raw
water and finished water after sedimentation and filtration.

Cl- = 35 mg/l

3 Draw a milliequivalents-per-liter
diagram and list the hypothetical combinations for the following groundwater data:

(a) Calculate the chemical doses needed
for

1 Calculate for the following water
analysis the lime dosage needed for softening by selective calcium removal.What
is the finished water hardness?

2 Analyze split-treatment softening for
the following water analysis. Provide excess lime treatment for twothirds of
the raw water flow and by-pass one-third of the flow. Draw a bar graph of the raw
water and finished water after sedimentation and filtration.

Cl- = 35 mg/l

3 Draw a milliequivalents-per-liter
diagram and list the hypothetical combinations for the following groundwater data:

(a) Calculate the chemical doses needed
for excess lime softening.Draw a bar graph for the finished water

after two-stage precipitation softening
by excess lime treatment with intermediate and final recarbonation. Assume that
half the alkalinity in the finished water is in the bicarbonate form. (b)
Calculate the lime dosage required for selective calcium carbonate removal. Draw
a bar graph for the finished water. Is this softening

process recommended for this water? (c)
Calculate the chemical doses for split-treatment softening with 65 percent of
the flow given excess lime treatment and 35 percent by-passed to second-stage
blending.

Estimate the hardness of the finished
water.

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