-
The Hidden Risks of Lasers and Why a Label Isn’t Enough
Walk into most facilities using lasers—whether it’s a bio-processing lab, manufacturing floor, or R&D space—and you’ll often see the same thing: a warning label, maybe a pair of safety glasses nearby, and a general assumption that everything is under control. This is why the hidden risks of lasers and why labels only are not enough.…
-
Practical Ways to Keep Doses ALARA
Radiation safety goes beyond simply meeting regulatory limits. The concept known as ALARA, or As Low As Reasonably Achievable, is the foundation of modern radiation protection. The Nuclear Regulatory Commission defines ALARA as making every reasonable effort to maintain exposures far below dose limits, consistent with the purpose of the activity. When organizations apply ALARA…
-
Developing an Audit Ready Radiation Protection Program
Introduction The use of radioactive material, radiation-producing machines, and nuclear technologies play a huge role in our lives everyday. There are countless uses for these technologies in our society, and some that you may not be thinking of. Every company that uses radioactive materials, radiation-producing machines, or nuclear technologies must comply with federal and/or state…
-
Common Radiation Safety Violations and How to Avoid Them
Introduction Radiation and nuclear material are essential tools across industries—from medical imaging to industrial radiography to nuclear power. While the benefits are significant, the risks of mishandling radioactive materials are equally serious. To protect workers, the public, and the environment, federal and state regulators such as the Nuclear Regulatory Commission (NRC) and Agreement State agencies…
-
Understanding NRC vs. Agreement State Regulations
Key takeaways: Introduction Navigating the world of nuclear and radioactive material regulation can feel daunting, particularly for businesses in fields like healthcare, manufacturing, lab research, oil and gas, or construction that deal with radioactive materials. There are two sets of regulatory bodies that you must be aware of: Although the goal—ensuring safety—is shared, the path…
-
Navigating the Future of TENORM Regulation:
Understanding the Proposed Revisions to CRCPD Part N Introduction Technologically Enhanced Naturally Occurring Radioactive Material (TENORM) has become a focal point in radiation protection due to its prevalence in various industries, including oil and gas, water treatment, and mining. Recognizing the need for updated regulatory frameworks, the Conference of Radiation Control Program Directors (CRCPD) has…