Title: Radioactive Material Storage

Similar documents
Title: Capacitor Replacement

Prepared By: Environmental Management Department.

Title: Brake Replacement

Title: Open Burning/Open Detonation

Title: Controlled Burn Operations:

Environmental Standard Operating Procedure Originating Office: MCAS Yuma Environmental Department

Title: Hazardous Waste Recycling

Environmental Standard Operating Procedure Originating Office: MCAS Yuma Environmental Department

A V AIR M September 2015

Encl: (1) Radiological Affairs Safety Program Procedural Guidance

VAMC Radiation Safety Refresher Training March 2011

(2) Ensure measures are established to control health and safety hazards from ionizing radiation sources and radioactive material.

Applying Radiation Protection Issues to Hospitals Radiological Emergency Preparedness

STANDARD ITEM. 1.1 Title: Prevention of Radiographic-Inspection Ionizing-Radiation Hazard; accomplish

NAVSEA STANDARD ITEM. 1.1 Title: Prevention of Radiographic-Inspection Ionizing-Radiation Hazards; accomplish

RADIATION PROTECTION PROGRAM FOR USE OF RADIATION GENERATING MACHINES IN THE HEALING ARTS, RESEARCH AND EDUCATION

DETAILED INSPECTION CHECKLIST

Environmental Standard Operating Procedure

Radiation Licensure and Management (RS100) Course

COMPLIANCE WITH THIS PUBLICATION IS MANDATORY

MINNESOTA DEPARTMENT OF HEALTH

Radiation Safety Initial Training Module 3 Policies and Procedures

DEPARTMENT OF THE NAVY OFFICE OF THE CHIEF OF NAVAL OPERATIONS 2000 NAVY PENTAGON WASHINGTON, DC

Michigan State University Department of Chemical Engineering and Materials Science (CHEMS) SAFETY Documents

RADIATION SAFETY MANUAL

COMPLIANCE WITH THIS PUBLICATION IS MANDATORY

BLOODBORNE PATHOGENS

Subj: ACQUISITION, USE AND DISPOSAL OF CERTAIN NUCLEAR REGULATORY COMMISSION REGULATED RADIOACTIVE DEVICES AND SOURCE MATERIAL

Health & Safety Policy and Procedures Manual SECTION 31 CADMIUM

COMPLIANCE WITH THIS PUBLICATION IS MANDATORY

NRC INFORMATION NOTICE 91-71: TRAINING AND SUPERVISION OF INDIVIDUALS SUPERVISED BY AN AUTHORIZED USER

University of Maryland Baltimore. Radiation Safety Procedure

A. REFERENCES. References are provided in the enclosure. 1. Supercedes DLAI , NAVSUPINST B, AFJI , and MCO P D, 15 Feb 00.

Oklahoma State University Policy and Procedures INSTITUTIONAL RADIATION SAFETY POLICY

University of Maryland Baltimore. Radiation Safety Procedure

DECONTAMINATION, AND REGISTRATION

CHAPTER 8 - PROGRAM REPORTING AND RECORDKEEPING PROCEDURES

CY2018 Hazardous Waste & Environmental-Related Training Web On-Line or Live On-Island (Oahu HI) Courses below are detailed on the Following Pages

Appendix I Safety Training Form

DETAILED INSPECTION CHECKLIST

CHEMICAL HYGIENE PLAN

Walter L. Robinson & Associates Presents..

MUNITIONS RESPONSE SITE SELF-ASSESSMENT CHECKLIST

Radiologic Technology Program. Radiation Safety and Protection Program

NAVSEA STANDARD ITEM CFR Part 61, National Emission Standards for Hazardous Air Pollutants

COMPLIANCE WITH THIS PUBLICATION IS MANDATORY

RECORDS MANAGEMENT VITAL RECORDS MANAGEMENT

NORTH CAROLINA A&T STATE UNIVERSITY Chemical Hygiene Plan

Radiation Safety Manual

Laboratory Chemical Hygiene Plan Research Lab

NAVSEA STANDARD ITEM CFR Part 61, National Emission Standards for Hazardous Air Pollutants

We are very excited to provide this update for your Radiation for Dental Safety Manual.

Radiotherapy Licence Application Form

Regulatory Issues Licensure by State Department of Nuclear Safety/Homeland Security or NRC Current License required or a "Timely Filed Notice"

Mobile Positron Emission Tomography

University of Maryland Baltimore. Radiation Safety Procedure

DEPARTMENT OF THE NAVY OFFICE OF THE SECRETARY 1000 NAVY PENTAGON WASHINGTON, DC

FORT RUCKER Environmental Document

Laboratory Chemical Hygiene Plan -- Teaching Lab

What is Safety & Compliance? Case Study of a Laboratory Accident Who Sets the Standards for Safety & Compliance Promoting a Culture of Safety Roles

October 23, Attention: Mr. Amory Quinn, President Cotter Corporation 7800 East Dorado Place, Suite 210 Englewood, CO 80111

MARYLAND RADIOLOGICAL HEALTH PROGRAM UPDATE

2018 TRAINING SCHEDULE

Health and Safety in the lab. Seyed Hosseini SA Pathology Chemical Pathology

Health and Safety Plan (HASP) Sampling and Handling of Sediments from (Name & location of project site)

Certified Hazard Control Manager (CHCM) Certified Hazard Control Manager Security (CHCM-SEC) Examination Blueprint/Outline

Fifty Shades Of Gray A Medical Physicists Guide as RSO. Kevin Nelson, Ph.D, CHP Mayo Clinic Florida

RADIATION EXPOSURE CONTROL PLAN

REGULATORY GUIDE 4.3 TEXAS DEPARTMENT OF STATE HEALTH SERVICES RADIATION SAFETY LICENSING BRANCH (RSLB) P.O. Box Austin, Texas

Swedish Radiation Safety Authority Regulatory Code

Department of Defense INSTRUCTION

We are the regulator: Our job is to check whether hospitals, care homes and care services are meeting essential standards.

University College Hospital. Unsealed source radiotherapy. Radiotherapy Department Patient information series

Environmental Standard Operating Procedure

HUMAN USE RADIATION SAFETY MANUAL

Republic of the Philippines Department of Science and Technology PHILIPPINE NUCLEAR RESEARCH INSTITUTE Don Mariano Marcos Avenue Diliman, Quezon City

National Council on Radiation Protection and Measurements Homeland Security Recommendations Related to Nuclear and Radiological Terrorism

Qualifications for University Radiation Safety Officer

THE UNIVERSITY OF AKRON

EMERGENCY MANAGEMENT TEAM

Ch. 129 NUCLEAR MEDICINE SERVICES CHAPTER 129. NUCLEAR MEDICINE SERVICES GENERAL PROVISIONS

SECTION HAZARDOUS MATERIALS HEALTH AND SAFETY PLAN

HAZARDOUS MATERIAL (HAZMAT) INCIDENTS

a. The Commanding Officer (CO) is responsible for maintaining an effective radiation safety program as outlined in reference (a) and shall:

(1 ) Comply with the intent and content of this Order. (2) Take positive and continuous action to implement this program.

BLOODBORNE PATHOGENS EXPOSURE CONTROL PLAN

Effective Date: 6/15/77. Date Reviewed:

Administrative Safety

Radiation Safety Code of Practice

MCO B SD 29 Jul From: Commandant of the Marine Corps To: Distribution List

Local Government Records Control Schedule

This policy lays out the basic University principles and general roles and responsibilities in promoting a culture of safety.

Environmental & Munitions Center of Expertise (EM CX) Information Fact Sheet US Army Corps of Engineers

UNIVERSITY OF SOUTH ALABAMA RADIATION SAFETY PROCEDURES MANUAL

RADIATION SAFETY OFFICER TRAINING AND EXPERIENCE AND PRECEPTOR ATTESTATION

DOE/NNSA Radiological Assistance Program (RAP) Capabilities Overview. Hans Oldewage Training and Outreach Coordinator RAP Region 4 (505)

Subj: NAVY NUCLEAR DETERRENCE MISSION PERSONNEL RELIABILITY PROGRAM SELF-ASSESSMENT

Creating An Effective OSHA Compliance Program

May 23, Docket No License No. DPR-12

University of Sussex. Radiation (Ionising) Safety Policy

Transcription:

Environmental Standard Operating Procedure Originating Office: Revision: Prepared By: Approved By: MCAS Miramar Environmental Original Waste Management Division William Moog Management Department File Name: RMS-ESOP Effective Date: 21 Aug 2007 Document Owner: Kevin McGuinness Title: Radioactive Material Storage 1.0 PURPOSE The purpose of this Environmental Standard Operating Procedure (ESOP) is to provide environmental guidelines for managing radioactive materials in storage, as well as in detection and testing equipment onboard Marine Corps Air Station (MCAS) Miramar. 2.0 APPLICATION This guidance applies to those individuals who work with and/or manage radioactive materials in storage or in detection/ testing equipment. 3.0 REFERENCES 10 CFR (Code of Federal Regulations) 49 CFR NRC (Nuclear Regulatory Commission) AAC 12 (Arizona Administrative Code) MCO P5090.2A (Marine Corps Order) MCO 5104.3A Station Order 6280.7 Radiation Affairs Management Program NATOPES (Naval Aviation Tactical Operations) NAVMED P5055 (Radiation Health Protection Manual) NAVSEA-COM-RASO NAVSEA-50420-AA-RAD-010 Navy Radioactive Materials Permit 10-67004 BUMEDINST (Bureau of Medicine Instruction) 4.0 PROCEDURES 4.1 Discussion: In the process of logistical and mission support operations, radioactive materials are incorporated and maintained in

various types of detection and testing equipment, (e.g. photo ionization detectors and X-ray machines) as well as certain aircraft components such as flare lenses. These materials must be properly managed in order to avoid environmental exposures and releases which could impact personnel and/or the surrounding community. For example, during hard landings, Forward Looking Infrared (FLIR) lenses may become cracked and must be recovered and handled properly. 4.2 Operational Controls: The following procedures apply: 1. Ensure that approved time, distance and shielding protection measures are in place and properly used around all equipment containing ionizing radiation sources. 2. Ensure that all personal hygiene and eating restrictions are followed in the vicinity of radiation sources (i.e. no eating, drinking, and smoking, applying makeup or chewing gum in these areas). 3. Use proper Personal Protective Equipment (PPE) such as: thermo luminescent detector (TLD) badges, gloves, tyvek suits, (for incident response, PPE will vary from nitrile gloves only, to level C or B depending on the source and situation). 4. Use Cs 137 source gamma emitter to check for source exposures. 5. Ensure that signs reading Caution Radiation including who to contact in case of an emergency are posted in areas where radiation sources are present. 6. Follow approved decontamination procedures following a response incident or other potential exposure, including: three stage decontamination procedures, showering, changing clothing (do not bring clothes home) and surveying body and clothes for radiation. 7. Ensure that training records for all personnel are current and available for inspection. 8. If there are any specific situations or other concerns not addressed by this procedure, contact the Environmental Management Department (S7). 4.3 Documentation and Record Keeping: The following records must be maintained: 1. Inspection and training records. 2. Radiation source inventory record. 3. Shipping logs. 4. NRC license.

5. Navy radiation permit. 4.4 Training: All affected personnel must be trained in this Standard Operating Procedure and the following: 1. Hazard Communication training. 2. HAZWOPER training (initial and annual refresher training). 3. NATOPES (Naval Aviation Tactical Operations). 4. NAVAIR 4790 training. 5. RSO (Radiation Safety Officer) training. 6. MCO P5090.2A (Marine Corps Order). 7. MCO 5104.3A. 8. IBIS CH53 School. 9. On the job (OJT) training. 4.5 Emergency Preparedness and Response Procedures: Implement the emergency response plan identified in the unit s Business Plan and notify the MCAS Miramar Duty Officer at (858) 577-1141. Refer to Station Order 5104.1 Radiation Safety Program Standard Operating Procedures for additional guidance. 4.6 Inspection and Corrective Action: Storage of radioactive materials with other hazardous materials, food, or other incompatible materials will be cited in violation of NAVSEA S 0420-AA-RAD-010, 7.5.2.3. Immediate notification shall be made to the Command Radiation Safety Officer or Installation Radiation Safety Officer. The Environmental Compliance Coordinator (ECC) shall designate personnel to perform inspections. The ECC shall ensure deficiencies noted during the inspections are corrected immediately. Actions taken to correct each deficiency shall be recorded on the inspection sheet. Radioactive Material Storage Inspection Checklist

Date: Installation: Inspector s Name: Time: Work Center: Signature: Inspection Items Yes No Comments 1. Are MSDSs (Material Safety Data Sheets) for radioactive materials (Alpha, Beta, Gamma radiation Sources) available and current? 2. Are approved time, distance and shielding protection measures in place and properly used around all equipment containing radiation sources? 3. Are all personal hygiene and eating restrictions followed in the vicinity of radiation sources (i.e. no eating, drinking, and smoking, applying makeup or chewing gum in these areas)? 4. Is proper Personal Protective Equipment (PPE) used such as: thermo luminescent detector badges, gloves, tyvek suits, head and foot gear (for incident response; level A, B or C PPE appropriate to the situation)? 5. Is Cs 137 source gamma emitter used to check for source exposures? 6. Are signs reading Caution Radiation including who to contact in case of an emergency posted in areas where radiation sources are present? 7. Are approved decontamination procedures followed after a response incident or other potential exposure, including: three stage decontamination procedures, showering, changing clothing (do not bring cloths home) and surveying body and cloths for radiation? (10, 49 CFR, NRC, MCO P5090.2A) 8. Are training records for all personnel current and available for inspection? (10, 49 CFR, NRC, MCO P5090.2A) ADDITIONAL COMMENTS:

CORRECTIVE ACTION TAKEN: Environmental Compliance Coordinator Name: Signature: Date: