... P. Amy2 Frederick Bloetscher3 David A. Chin1 Lora E. Fleming1 Sinem Gokgoz1 Joan B. Rose4 Hel... more ... P. Amy2 Frederick Bloetscher3 David A. Chin1 Lora E. Fleming1 Sinem Gokgoz1 Joan B. Rose4 Helena Solo-Gabriele1 George Tchobanoglous5 ... Kjeldahl nitrogen, and depressed salinity, relative to native water in the Floridan Aquifer, have been reported in monitoring wells in ...
Proceedings of the Water Environment Federation, 2002
... David A. Chin, Lora E. Fleming, Sinem Gokgoz, Joan B. Rose, Helena Solo-Gabriele, George Tcho... more ... David A. Chin, Lora E. Fleming, Sinem Gokgoz, Joan B. Rose, Helena Solo-Gabriele, George Tchobanoglous University ... Copyright (C) 2002 Water Environment Federation. ... Cryptosporidium parvum was used to indicate human health risk in surface and marine waters, based on ...
A comparative assessment of the risks of three effluent disposal alternatives currently available... more A comparative assessment of the risks of three effluent disposal alternatives currently available to wastewater utilities in Southeast Florida is presented in this paper. The alternatives are: deep well injection and ocean outfalls following secondary treatment, and surface water (canal) discharges following secondary wastewater treatment, filtration and nutrient removal. Water quality data, relative to disposal of wastewater treatment plant effluent were gathered, along with water quality data on the receiving waters, from utilities. Comparisons and conclusions regarding potential health concerns associated with the three disposal alternatives are presented. The results indicated that health risks associated with deep wells were generally lower than those of the other two alternatives. The proximity of injection wells to aquifer storage and recovery wells was a determining factor relative to injection well risk. Urban ecological risks were also indicated to be lower, though impacts of urban water use/reuse to the Everglades were not studied. Additional data collection and analysis were recommended to understand the effects of wastewater management on the cycling of water, nutrients and other constituents on southeast Florida. In particular, it was recommended that monitoring of effluents for nitrosamines and pharmaceutically active substances be implemented on a broad scale.
... P. Amy2 Frederick Bloetscher3 David A. Chin1 Lora E. Fleming1 Sinem Gokgoz1 Joan B. Rose4 Hel... more ... P. Amy2 Frederick Bloetscher3 David A. Chin1 Lora E. Fleming1 Sinem Gokgoz1 Joan B. Rose4 Helena Solo-Gabriele1 George Tchobanoglous5 ... Kjeldahl nitrogen, and depressed salinity, relative to native water in the Floridan Aquifer, have been reported in monitoring wells in ...
Proceedings of the Water Environment Federation, 2002
... David A. Chin, Lora E. Fleming, Sinem Gokgoz, Joan B. Rose, Helena Solo-Gabriele, George Tcho... more ... David A. Chin, Lora E. Fleming, Sinem Gokgoz, Joan B. Rose, Helena Solo-Gabriele, George Tchobanoglous University ... Copyright (C) 2002 Water Environment Federation. ... Cryptosporidium parvum was used to indicate human health risk in surface and marine waters, based on ...
A comparative assessment of the risks of three effluent disposal alternatives currently available... more A comparative assessment of the risks of three effluent disposal alternatives currently available to wastewater utilities in Southeast Florida is presented in this paper. The alternatives are: deep well injection and ocean outfalls following secondary treatment, and surface water (canal) discharges following secondary wastewater treatment, filtration and nutrient removal. Water quality data, relative to disposal of wastewater treatment plant effluent were gathered, along with water quality data on the receiving waters, from utilities. Comparisons and conclusions regarding potential health concerns associated with the three disposal alternatives are presented. The results indicated that health risks associated with deep wells were generally lower than those of the other two alternatives. The proximity of injection wells to aquifer storage and recovery wells was a determining factor relative to injection well risk. Urban ecological risks were also indicated to be lower, though impacts of urban water use/reuse to the Everglades were not studied. Additional data collection and analysis were recommended to understand the effects of wastewater management on the cycling of water, nutrients and other constituents on southeast Florida. In particular, it was recommended that monitoring of effluents for nitrosamines and pharmaceutically active substances be implemented on a broad scale.
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