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A Hazards Management Plan (HMP) is a written safety and environmental plan for a work unit, which provides a framework for ensuring compliance with regulations pertaining to protection of personnel and the environment.

The provisions of the NC OSHA Hazard Communication Program were revised and became law in March 2012 to encompass global harmonization. The HAZCOM 2012 Standard requires employers to provide employees with information concerning the hazards associated with the chemicals in their workplace. This standard requires a written hazard communication program, container labels, inventory of chemicals, area warning signs, safety data sheets, and chemical safety training and information sessions.

The purpose of this procedure is to prevent injuries resulting from failure to use practices and procedures necessary for the control of hazardous energy. This procedure establishes the minimum requirements for the lockout/tagout of energy sources in accordance with The Control of Hazardous Energy (Lockout/Tagout) OSHA Standard, 29 CFR 1910.147. It will ensure that machines and equipment are isolated from all potentially hazardous energy sources and are locked out or tagged out before work...

The goal of the Lockout Tagout Policy is to prevent injuries resulting from failure to use practices and procedures necessary for the control of hazardous energy. It will ensure that machines and equipment are isolated from all potentially hazardous energy sources and are locked out or tagged out before individuals perform any servicing or maintenance work. The Lockout Tagout Policy is administered by the Department of Environment, Health and Safety (EHS).

Any shipment of radioactive materials from the University must be in full compliance with U.S. Department of Transportation, U.S. Nuclear Regulatory Commission and/or North Carolina requirements. These regulations are constantly changing. EHS maintains current copies, and the staff is trained and knowledgeable in their applications.

Under the terms of the University's authorizations to use radiation sources, EHS is charged with maintaining portal-to- portal surveillance of all radiation sources on the campus. In order to facilitate this surveillance and to insure that a high awareness of the rules and regulations governing the safe use of radiation sources is maintained, it is required that certain records and reference materials be maintained.

It is important to dispose of radioactive waste in accordance with radiation protection regulations. This avoids exposure to personnel and contamination of the environment. It also avoids regulatory penalties and the possible loss of radioactive material use privileges. Radioactive wastes are not permitted to be disposed in the sanitary landfill and must not be placed in any container used for the collection of non-radioactive waste, no matter how temporary the use is intended.

Personnel monitoring devices (whole body dosimeters, extremity dosimeters, pocket dosimeters, etc.) are provided by the EHS through the Radiation Safety Office to measure an individual's radiation exposure to gamma, energetic beta and x-ray sources. The standard monitoring device is issued as a clip-on badge or ring badge bearing the individual assignee's name, date of the monitoring period and a unique identification number.

A radiation emergency may exist if unplanned exposure to radioactive material is possible due to loss, misplaced material or accident; or if same loss, misplaced material or accident may result in contamination of facilities or spread of contamination out of control. Since an emergency requires immediate action to reduce harm or damage, mCi quantities should be considered an emergency and uCi quantities should be considered an incident.

Prevention of the spread of contamination and excessive radiation exposure is the responsibility of the Authorized User. The Authorized User is also responsible for providing radiation detection equipment to monitor removable contamination and external radiation exposure levels as appropriate. Radiation detection devices, such as liquid scintillation counters, gamma counters, and portable survey instruments, must be available.

This document describes the procedures for proper installation and maintenance of UNC-Chapel Hill Cogeneration Facility Nuclear Coal Fuel Control Gauges.

Nuclear gauge design incorporates operator safety as a prime consideration. However, as with any device containing radioactive materials, some general precautions must be observed.

Bone densitometers will be surveyed by the Radiation Safety staff at each source loading to ensure that anticipated exposure rates are not exceeded. All individuals using the devices will be registered with EHS as Radiation Workers. A trial period of personnel radiation monitoring may be put into effect.

X-Ray diffraction and spectrographic devices generate in-beam radiation dose rates of 30 to 7000 rads/sec. Severe tissue damage can be inflicted by very brief exposures to these high dose rates. Surgical treatment or amputation may be required when small body parts, such as fingers, receive greater than 1000 rads.

Projects involving administration of radionuclides to animals require information on specific arrangements for housing the animals during the project. Information required includes: The kind and number of animals to be used in the study (# per experiment + total # of experiments). The radionuclide to be administered per animal and how administered. The ultimate fate of the animal and suspected excretion rate of the radionuclide.