Understanding Surface Contaminated Object - SCO - Material [Energy]: A Legal Overview

Definition & Meaning

A Surface Contaminated Object (SCO) is a solid item that does not qualify as radioactive material itself, but has radioactive material present on its surfaces. SCOs are categorized into two groups based on their levels of surface contamination. Understanding these categories is crucial for compliance with safety regulations regarding radioactive materials.

Table of content

Real-world examples

Here are a couple of examples of abatement:

Example 1: A metal tool used in a nuclear facility that has slight contamination on its surface may be classified as SCO-I if it meets the specified contamination limits.

Example 2: A storage container that exceeds the contamination limits of SCO-I but remains within the limits for SCO-II could be marked accordingly for safe handling and transport. (hypothetical example)

Comparison with related terms

Term Description Difference
Radioactive Material Material that emits radiation. SCOs are not classified as radioactive material themselves.
Hazardous Waste Waste that poses a risk to health or the environment. SCOs specifically refer to contamination on surfaces, while hazardous waste encompasses broader categories of dangerous materials.

What to do if this term applies to you

If you encounter a Surface Contaminated Object, ensure that you understand the contamination limits and handling requirements. It may be beneficial to consult with a professional who specializes in nuclear regulations. Additionally, you can explore US Legal Forms for templates that can help you manage the related legal documentation effectively.

Quick facts

Attribute Details
Classification SCO-I and SCO-II
Contamination Limits for SCO-I 4 Bq for beta/gamma emitters; 0.4 Bq for other alpha emitters
Contamination Limits for SCO-II 400 Bq for beta/gamma emitters; 40 Bq for other alpha emitters

Key takeaways

Frequently asked questions

SCO-I has lower contamination limits than SCO-II, which allows for higher levels of contamination.