Organisations working with potentially radioactive substances must determine radioactivity levels and identify specific radionuclides. Reduce risks associated with radiation in the workplace with health and environmental
radiation determination. Facilities must be safe and comply with relevant radiation regulations, standards and practices
If your organization deals with potentially radioactive substances, you may need to determine radioactivity levels and identify specific radionuclides for a variety of reasons, including: Regulatory compliance, Routine monitoring, Contamination checks, Waste management, Environmental and health impact assessment
Basically, all radioactive elements are measurable. However, depending on the length of their half-lives, the elements may take some time to disintegrate. For example, the isotopes of iodine 131 and 133 have a half-life of up to 8 days, the half-life of cesium-137 is 30 years and plutonium-239 has a half-life of
24,000 years. The half-life is the time that it takes until the half of an element is decayed. During this period of decay, radioactive radiation is released. Saturn Laboratory designed to assist and exceed the customer’s expectations for environmental radiological testing. Our radiological laboratory analyze various matrices to include food, water, soil, vegetation, metal and other unique sample matrices for radioactivity.
We offer Radiological testing service in metals and alloy samples for the following parameters:
- Cobalt 60
- Cesium-137
- Surface contamination
We issue a certificate of radioactivity analysis. Call our team today to accurately determine radiation levels in
your products
