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Determination of site‐specific effluent detection limits
A solution is proposed for the practical problems of regulatory compliance with toxic metals standards that are lower than the method detection limit. Samples of wastewater treatment plant effluent were analyzed for five different metals by four different laboratories. A two‐way analysis of variance was used to estimate the standard deviation that was multiplied by the appropriate Student's t test statistic. The result is the interlaboratory method detection limit (IMDL). The IMDL was then added to the chronic permit limit to find the regulatory compliance limit. Although the values found for silver and mercury were slightly higher than the previously used method detection limit. they did not equal the estimate of practical quantitation limit as previously described in the literature.
Determination of site‐specific effluent detection limits
A solution is proposed for the practical problems of regulatory compliance with toxic metals standards that are lower than the method detection limit. Samples of wastewater treatment plant effluent were analyzed for five different metals by four different laboratories. A two‐way analysis of variance was used to estimate the standard deviation that was multiplied by the appropriate Student's t test statistic. The result is the interlaboratory method detection limit (IMDL). The IMDL was then added to the chronic permit limit to find the regulatory compliance limit. Although the values found for silver and mercury were slightly higher than the previously used method detection limit. they did not equal the estimate of practical quantitation limit as previously described in the literature.
Determination of site‐specific effluent detection limits
Neserke, George (author) / Taylor, Harold (author)
Water Environment Research ; 68 ; 115-119
1996-01-01
5 pages
Article (Journal)
Electronic Resource
English
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