Facilities careers - the Dangerous Nuclear Facility Jobs of Nuclear Materials Technicians.

Dangerous facilities jobs have been carried by some nuclear materials technicians as they work under the direction of nuclear scientists and engineers in handling nuclear facilities. They are also involved in fabricating, labeling, packaging, and transporting nuclear fuel elements and radioactive wastes. Although not all nuclear materials handling technicians actually handle radioactive materials, most of them are trained in remote-control handling because such work comprises the biggest but sensitive and delicate responsibility in maintaining such sensitive facilities. Likewise, the facility jobs of handling nuclear materials are delicate and complex. They occur at many stages, from the mining of uranium ore to radioactive waste disposal. Thus the term ''nuclear materials technician'' actually applies to a number of functions carried out in various places and at various stages of nuclear fuel element development and disposal.

Facilities manager jobs of these nuclear materials technicians perform a variety of tasks related to the milling conversion, separation, and fabrication of nuclear materials and fuels. Material handling and safe transportation of fuel rod assemblies to the reactor site make up their next series of tasks. Their work also includes preparing used fuel rod assemblies and nuclear waste for shipment to waste storage facilities. Likewise, radioactive materials occur naturally in low concentrations of less than one percent in the mined ore. Physical and chemical methods are used to produce higher concentrations of radioactive fuel. This process is called enriching the ore. Once the materials are enriched, they are then made into small pellets. The pellets are then assembled in special alloy metal tubes. The filled tubes become a part of the fuel assemblies used in nuclear reactors.

The facilities careers of nuclear materials technicians are involved in uranium isotope enrichment and fuel fabrication, which includes manufacturing of fuel elements and fuel element assemblies, on-site storage of nuclear materials and transportation activities relating to nuclear materials. They are also involved in fuel handling at reactors and in the manufacture of radiation sources. Remote-control devices are often used to keep radioactive materials away from personnel. Thus, nuclear materials handling technicians are trained to use master-slave manipulators. These are mechanical devices that act as arms and hands. They are located in rooms known as hot cells, which are enclosed with radiation shields such as lead and concrete. Some technicians may perform chemical analysis of the cooling water needed for reactors by taking samples from the system that contains it. Some technicians operate heat exchange units, pumps, and other equipment to decontaminate or dispose of safely disposing of radioactive material that has accidentally leaked, spilled, or rubbed off to an area where it is not wanted. Waste is produced in all nuclear facilities. These wastes are radioactive. Some only slightly so, and others are highly radioactive. They are accumulated and processed to eliminate water, reduce volume, and in some cases, solidified with concrete or plastic. They are then packaged for storage in naturally or artificially shielded storage places. Nuclear materials handling technicians are involved in nuclear waste management. Current emphasis is on research and development effort relating to waste management. However, in the future, technicians may be involved with actual disposal of high-level fuel cycle wastes.



Furthermore, the facilities employment for these technicians are purposely understand the nature of radiation and the principles of radiation protection, including the use of instruments to detect radiation escaping during decontamination activities. These technicians are expected to be competent to handle nuclear inventory facilities techniques. A great amount of scientific and processing information about nuclear systems and safety must be understood by technicians. They are capable of understanding the purpose and function of equipment used in the fabrication, waste handling, and transportation of all kinds of nuclear materials. They usually work under the direction of nuclear engineers, chemists, physicists, and others experts. They generally work according to written procedures and have a hand in their preparation with the keen knowledge of standard conditions and established procedures.

Moreover, facility management jobs also involve with the operation of equipment that packages and moves radioactive materials into storage systems as well as the operational equipment that grinds ore and concentrates it for further processing. In charged technicians control concentrators, distillation towers, and other related equipment. They also regularly write technical reports that must be complete and highly accurate. The reports often include graphs, charts, and other means of recording and presenting data.

Finally, the most important part of the facility manager jobs by nuclear materials technicians involve the observation of all specifications, such as federal regulations on packaging and handling, radiation dose rates, and exposure calculations to maintain its compliance for safety and security.

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