Training

At DWJC, we specialize in delivering comprehensive training services for the radioactive materials industry. Our training courses encompass a wide range of topics essential for meeting requirements and enhancing technical understanding. We recognize that every participant in our classes possesses unique levels of expertise, and we ensure that our presentations are tailored to their specific needs. Our team of experienced professionals is always on hand to address any inquiries or issue you may have.

Training can be conducted at your site or virtually.

Transportation

Radioactive Material Characterization and Waste Classification – Sampling – Scaling Factors – 10 CFR 61 Table 1 and Table 2

Definitions – Radioactive Material – Hazardous Substance – Hazardous Waste – Material Form – Special Form – Surface Contaminated Object (SCO) – Low Specific Activity (LSA) – Type A – Type B – Fissile – Highway Route Controlled Quantity

Shipping Type Determination – A1 and A2 – Reportable Quantity – Proper Shipping Name Determination

Packaging – General Design – Type A – Type B – Casks

Package Communications – Labeling – Marking – Placarding

Radiological Limits – Radiation – Contamination

Shipping Paper Requirements – Form 540 – Form 541 – Exclusive Use Instructions – Burial Site Paperwork Requirements

Training Requirements – Packaging – Shippers

Transportation Security – Notifications and Reporting – Emergency Contact – Advance Notification – Incident Reporting

Disposal Site Requirements – Clive, UT Bulk Waste Facility – Containerized Waste Facility – Barnwell, SC and Richland, WA – Andrews, TX

DWJC Software

Integrated Shipping and Inventory Program – ISIP

Sample Analysis Program – SCAN

Reactor Chemistry Monitoring – 3R_SCAN

Advanced Waste Characterization

Use of Context – Background and History – Evolution of 10CFR61 – Summary of NRC Requirements – Industry Observations

Characterization Methods– Methods commonly used at Power Plants – Sampling and Outside Laboratory Analysis – Dose to Activity Calculations

Production and Properties of 10CFR61 Radionuclides – Nuclide Sources – Chemical and Physical Properties

Determine Scaling Factors – What are Scaling Factors? – Considerations relating to Special Scaling Factors – Using Trend Information – Scaling Factor Experience

Waste Management Strategies – Disposal versus Storage – BTP Constraints and Flexibilities – NRC Actions – Maximizing Disposal

Alternative Classification Analysis Methodology – Managing Waste – Using Reactor Coolant Sample Data – Predictive Technology