An Innovative System for the Efficient and Effective Treatment of Non-Traditional Waters for Reuse in Thermoelectric Power Generation Page: 89 of 123
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Table 31. Percent removals and rate coefficients of removal of arsenic,
water. Results were from Treatment Week Fivemercury and selenium in the FGD
Week Five % Removal Rate of Removala (d-i)
Hg Seb As Hg Se As
Series 1 88.19% 76.19% 55.65% 0.3561 0.2392 0.1355
Series 2 90.36% 65.43% 32.05% 0.3899 0.1770 0.0644
CWTS Average 89.28% 70.81% 43.85% 0.3730 0.2081 0.0999
a First order rate of removal.
Table 32. Percent removals and rate coefficients of removal of arsenic, mercury and selenium in the FGD
water. Results were from Treatment Week Six
Week Six % Removal Rate of Removala (d-i)
Hg Se As Hg Se As
Series 1 98.72% NR 71.83% 0.7269 NR 0.2112
Series 2 96.85% 57.95% 66.60% 0.5760 0.1444 0.1828
CWTS Average 97.78% 28.97% 69.21% 0.6515 0.0722 0.1970
a First order rate of removal.Table 33. Percent removals and rate coefficients of removal of arsenic, mercury, and selenium in the FGD
water. Results were from Treatment Week Seven
Week Seven % Removal Rate of Removala (d-1)
Hg Se As Hg Se As
Series 1 95.21% 65.23% 65.32% 0.5065 0.1761 0.1765
Series 2 98.33% 66.15% 68.21% 0.6817 0.1806 0.1910
CWTS Average 96.77% 65.69% 66.77% 0.5941 0.1783 0.1838a First order rate of removal.
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Rodgers, John & Castle, James. An Innovative System for the Efficient and Effective Treatment of Non-Traditional Waters for Reuse in Thermoelectric Power Generation, report, August 31, 2008; United States. (https://digital.library.unt.edu/ark:/67531/metadc927697/m1/89/: accessed April 18, 2024), University of North Texas Libraries, UNT Digital Library, https://digital.library.unt.edu; crediting UNT Libraries Government Documents Department.