Managing Naturally Occurring Radioactive Materials (NORM)

The NORM Training Course provides a comprehensive foundation for understanding and managing Naturally Occurring Radioactive Materials across industries where exposure risks are significant. As industrial activities such as mining, oil and gas operations, geothermal production, and water treatment intensify natural concentrations of radioactive materials, organizations must adopt strong safety practices to protect workers, maintain compliance, and safeguard the environment. This course establishes the essential knowledge required to recognize how NORM forms, where it appears, and why proactive management is critical.

Through structured learning and practical insight, the Naturally Occurring Radioactive Materials Course equips participants with the ability to identify hazards, evaluate radiological risks, and implement industry-approved control measures. The course highlights international standards, national regulations, and best-practice guidelines to ensure participants understand their responsibilities when handling, monitoring, or disposing of NORM-contaminated materials. This approach reinforces safe operational behaviour while supporting organizational compliance in sectors with increasing regulatory oversight.

Participants will benefit from a clear, step-by-step exploration of NORM identification, monitoring tools, exposure assessment, and mitigation strategies. Delivered with relevance to real operational environments, this NORM Course strengthens the capability of professionals to manage risks effectively, develop response plans, and contribute to improved safety culture across high-risk industries.

The NORM Training Course aims to strengthen participants’ ability to recognize, assess, and control risks associated with Naturally Occurring Radioactive Materials. The goals reflect internationally aligned safety practices and practical workplace applications.

By the end of this training course, participants will be able to:

• Understand NORM characteristics and the industrial processes that increase its concentration.
• Evaluate radiation hazards and assess exposure risks in operational settings.
• Detect, measure, and monitor NORM using appropriate equipment and methods.
• Apply safe handling, storage, and disposal practices based on industry standards.
• Interpret national and international regulations governing NORM control.
• Develop and implement effective NORM mitigation and management plans.
• Conduct workplace risk assessments and prepare accurate investigation reports.
• Formulate incident response strategies to manage NORM-related events.

The NORM Course is designed for professionals involved in safety, radiation protection, environmental management, and industrial operations where NORM exposure may occur. It is suited for individuals needing practical skills to ensure compliance, operational safety, and effective risk management.

This training course is ideal for:

• HSE managers and safety officers overseeing radiological risks.
• Radiation protection advisors and specialists.
• EHS professionals in industrial and energy sectors.
• Engineers in oil, gas, and mining operations.
• Water and waste-treatment operators handling contaminated materials.
• Industrial hygienists and risk assessors.
• Compliance and regulatory affairs professionals.
• Personnel responsible for the transportation, storage, or disposal of NORM.

The Naturally Occurring Radioactive Materials Course is delivered using a structured, interactive format that supports both theoretical understanding and practical application. Participants learn through instructor-led sessions, collaborative group discussions, real case studies, and hands-on exercises that simulate workplace scenarios.

This blended approach reinforces key principles of NORM identification, monitoring, and safety management while enhancing the participants’ ability to apply new knowledge effectively in operational environments. Each learning method is designed to promote engagement, deepen understanding, and build long-term capability.

Presentation methods include:

• Instructor-led lectures covering essential radiation science and NORM principles.
• Group discussions to explore real-world challenges and industry experiences.
• Case studies demonstrating NORM detection and risk-control practices.
• Practical exercises to apply monitoring techniques and safety procedures.