De Nora MIOX AE Series, Инструкция по установке, эксплуатации и обслуживанию

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MIOX AE Series Operators Manual
102-00085-E Page 48
1.75 mg/L x 2500 = 4375 mg/L
8. Repeat this process three times, take the average of these readings and assign this value to X to
calculate chlorine production.
Measuring Flow
Total production of a system is the product of the concentration of the solution (determined above) and
the volumetric flow of the solution over a period of time. Low concentrations of oxidant are often
erroneously associated with low production. In order to calculate the total production for the system, the
flow rate must also be determined and adjusted if necessary.
1. Remove the tubing that feeds the oxidant tank and insert into the graduated cylinder for exactly 30
seconds.
2. Record the number of milliliters (mL) collected in the 30 second time period.
3. Assign the number recorded in step 2 to F in the equation below to determine the flow of solution (Y)
in GPH:
Calculating Total Chlorine Production
Chlorine production is a function of concentration and flow. To calculate daily chlorine production (Z) in
lbs/day:
Where the sample solution variables are:
X = mg/L chlorine concentration
Y = gph flow