Nuclear Power Plant Laboratories
|In 1982, Analytics developed a comprehensive, inter-laboratory cross-check program for radiochemistry analysis. The Inter-Laboratory Cross-Check Program for nuclear power plant laboratories is a quarterly program designed specifically for the nuclear power industry and commercial laboratories performing effluent and 10 CFR Part 61 analyses. This program provides blind samples whose composition and activity levels simulate plant effluent and health physics samples. The table listed below summarizes sample matrices and radionuclide combinations routinely available on a quarterly basis. Analytics can adjust sample types and activity levels to meet your particular needs. Typical radioactive and stable interfering species are present in each sample.
The gamma isotopic sample is a variable mixture of fission and activation products commonly found in nuclear power plants. These cross-check samples are available in air filter, liquid or water-equivalent solid forms in your specific geometry. Whole body unknowns price includes 5 quart bottles and 1 liquid scintillation vial or a Fastscan™ in liquid scintillation vial, containers supplied by Analytics. The 133Xe / 85Kr gas sample is available in a sealed gas-counting vial or a transferable glass sphere. A transfer kit is available for an additional charge. There is a minimum of four samples per shipment. An additional fee will apply for less than 4 items per shipment.
Sample price includes comparison report with one result per sample. Comparison reports for multiple results (eg. detectors, shelves, etc.) are available at an additional cost. You will receive a report using the NRC Confirmatory Measurements criteria and format for comparing analytical measurements within 15 work days from our receipt of your results. If a disagreement can not be resolved by reanalysis of the data, we will ship follow-up samples at your request at standard published rates, subject to availability. Analytics compiles periodic summaries of data from all participants for comparison. These summaries do not provide individual results in order to maintain confidentiality.