Industrial naturally occurring radioactive material (NORM) and technologically enhanced naturally occurring radioactive material (TENORM) sources are unique radioactive material sources in that they are relatively low activity concentrations combined with relatively high volumes. For over 20 years our health physicists and radiological engineers have provided NORM and TENORM management and consulting services for a variety of clients including specialty metals operations and mining sites. Recently, utilities actively drilling the Marcellus Shale and Utica Shale formations for natural gas have benefited from our TENORM expertise through direct consultation and waste management. Our team has responded to over 50 emergency response incidents involving rail cars contaminated with NORM/TENORM and has supported several site investigations at former phosphate fertilizer facilities.
Data analysis, radiological exposure assessments and radiological site surveys.
We can develop and implement radiological monitoring programs to ensure your worker health and safety as well as the environment.
Our nationally recognized subject matter experts offer extensive experience across North American oil and gas production.
Characterization, human health risk assessments, and evaluation of remedial options for potentially-impacted materials.
Drawing on over 20 years of expertise in handling NORM and TENORM material, we offer a wide range of services, including:
Waste Treatment
Our fixed base facilities offer highly specialized treatment options that help reduce risk and avoid costly internal program development.
. .Nuclear and Radiological Services
Our highly experienced team of professionals can handle domestic and international challenges across all project disciplines.
. .Health Physics
Services
We have cutting-edge technologies, a large team of industry experts, extensive capabilities, and an unwavering commitment to safety.
. .Innovation and Technology Development
We are equipped with the capability and facilities to pioneer groundbreaking innovations in unique treatment capabilities.
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