Experience the power of ISIP, a cutting-edge computer program meticulously designed to provide unparalleled radiological characterization capabilities for a wide range of materials, packages, and shipments. With its extensive array of features, it allows for unlimited package configurations, precise definition of radioactive material shipments, seamless management of active inventories, automated report and form generation, efficient database management, access to an extensive radionuclide library, and even includes an integral shielding code to ensure optimal safety and protection.

Unlock the potential of SCAN, the user-friendly platform that simplifies expert-level analysis of radiochemical data. Since 1991, SCAN has been a trusted tool for determining scaling factors of long-lived radionuclides that are challenging to measure. This powerful program offers two data display formats: scatter plots and trends, allowing you to visualize your data in the most informative way. Pooled variance comparisons are presented as difference factors at the 95% confidence level, ensuring accurate analysis. With SCAN, you can easily maintain case study records and update them with new data, keep your analysis up to date. Define custom button sets for evaluating ratios and plot concentration data in trend format with the option to define an average concentration. SCAN serves as your online hub for scaling factor calculations, providing a reliable sanity check on values generated from your shipping program. It’s faster and safer than using spreadsheets, saving you time and reducing the burden of laboratory analytical tasks. By improving your confidence in scaling factors, you can confidently report quantities of hard-to-detect nuclides. Even during plant shutdowns, leverage the new decay correction features to continue tracking scaling factors.

Enhance waste classification and reduce disposal costs by utilizing reactor coolant data. Through the comprehensive analysis of reactor coolant samples, you can determine the production rates and removal factors of radionuclides, gaining crucial process knowledge. This valuable information empowers you to make informed decisions, optimize operational efficiency, and ensure regulatory compliance, leading to long-term cost savings and environmental sustainability. By implementing these data-driven strategies, you can also enhance safety protocols, minimize environmental impact, and foster a culture of sustainability within your organization.