ISEMIR An IAEA Tool for Radiation Protection Optimization in Interventional Cardiology and Industrial Radiography

Similar documents
18th World Conference on Non-destructive Testing, April 2012, Durban, South Africa

Occupational Radiation Protection in Industrial Radiography Review and Recommendations

Information System on Occupational Exposure in Medicine, Industry & Research - ISEMIR

Trends in Occupational Exposure in Malaysia

Facing the challenges: IAEA activities to protect the patients

Personal Dosimetry in Sweden - Challenges and Developments

Current practice of occupational radiation protection in industrial radiography

A Snapshot of Current Practice of. Occupational Radiation Protection in Industrial Radiography

A Study of dose Distribution and Radiation Protection in Industrial Radiography in Ireland

Radiation Safety. Safely Working with Radioactive Materials September 2017 Dubai, U.A.E.

Development of the Nation-Wide Dosimetric Monitoring Network in Ukraine

RADIATION SAFETY. Safely Working with Radioactive Materials. 27 Nov - 01 Dec 2016, Dubai I Sep 2017, Dubai

The event will be held in English.

The IAEA and Non-Communicable Diseases The Fight Against Non-Communicable Diseases

Completion of the IAEA Action Plan on Nuclear Safety and release of the report on the Fukushima Daiichi accident

Session 3 Radiation effects and health risks from radiation exposure at the workplace Contributed papers

PROSPECTUS C7-RAF Regional (AFRA) Training Course on NDT Level 3, Training, Examination and Certification

WHY AN EFFECTIVE NATIONAL REGULATORY INFRASTRUCTURE IS ESSENTIAL FOR A COUNTRY S RADIATION PROTECTION SYSTEM

Project Fiche IPA Horizontal Programme on Nuclear Safety and Radiation Protection

EMERGENCY PREPAREDNESS AND RESPONSE

Emergency Exercises and Training in Finland

Conception and design of the National Database of the Individual Dose of the Republic of Cuba

NANDTB-F012 Rev 0 Audit Checklist

International Conference on Applications of Radiation Science and Technology (ICARST-2017)

Workshop on Safety Reassessment of Nuclear Fuel Cycle Facilities in the Light of the Lessons Learned from the Fukushima Daiichi Accident

International Conference on Clinical PET and Molecular Nuclear Medicine (IPET 2011)

Infrastructure of the Brazilian Government in Radioprotection Education

IAEA Technical Meeting Amman, Jordan. Uranium Exploration and Mining Methods

Education & Training for Radiation Dosimetry

Atoms for Peace and Development

ASRT Position Statements

Appendices. Report on the Questionnaires on Occupational Exposure in Industrial Radiography

Controlling the risk due to the use of gamma sources for NDT First feedback from the deployment of replacement NDT Techniques

Procedure. Identify all possible radiation hazards.

Twelfth Annual Warren K. Sinclair Keynote Address

International Conference on Integrated Medical Imaging in Cardiovascular Diseases (IMIC 2016)

Appendix I. List of stakeholders consulted with on the Patient Radiation Protection Manual and members of the Medical Exposure Radiation Unit

ONR GUIDE. The Role of the UK National Coordinators for International Operating Experience Report Systems. ONR-OPEX-GD-003 Revision 3

Emergency Preparedness and Response

PERSONNEL MONITORING AND DOSIMETRY POLICIES

REPORT OF THE TECHNICAL MEETING: THE NEW DOSE LIMIT FOR THE LENS OF THE EYE IMPLICATIONS AND IMPLEMENTATION VIENNA, 2-4 OCTOBER 2012

REVISED CODEX GENERAL STANDARD FOR IRRADIATED FOODS CODEX STAN , REV

Ionising Radiations Regulations 2017

EPRINSIGHTS FOCUS: ENHANCING INFORMATION EXCHANGE FOR EMERGENCY PREPAREDNESS AND RESPONSE CONTENTS. Editorial

P T.Ishiguchi 1, S.Iwanami 2, S.Kawatsu 1, T.Ishigaki 1 and S.Koga 3

Technical Meeting on the Security of Nuclear and other Radioactive Material in Transport

Verification and Validation of Accident Management Guidelines in Indian PHWRs

Establishing the Greek National Reference Levels for Interventional Cardiology procedures

Technical Meeting on Quality Assurance and Quality Control Activities in Nuclear Power Plants: Lessons Learned and Good Practices

Nuclear Physics Activities at the IAEA Ralf Kaiser, Physics Section Head

Lessons learned from accidents in conventional external radiotherapy

Information and Guidance

Current and Planned Reports and Conferences of the National Council on Radiation Protection and Measurements

Technical Meeting on Strengthening Quality Assurance/Quality Control Protocols in Radiation Facilities Through Dosimetry Inter-comparison

Joint ICTP-IAEA School of Nuclear Energy Management August The IAEA Safety Standards. Dominique Delattre IAEA, Vienna Austria

GUIDE TO THE APPLICATION TO POSSESS AND USE A SOURCE(S) FOR INDUSTRIAL APPLICATIONS

The checklist for the use of Ionising Radiation in Primary Dental Care. Not fully compliant

MEASUREMENT OF THE EQUIVALENT INDIVIDUAL DOSES FOR PATIENTS IN ANGIOGRAPHY PROCEDURE AND INTERVENTIONAL RADIOLOGY WITH THERMOLUMINESCENT SYSTEMS

IAEA activities in Medical Physics

The IAEA Technical Cooperation Programme: Sixty Years and Beyond Contributing to Development

IAEA-TECDOC-895. Application of quality assurance to radioactive waste. disposal facilities INTERNATIONAL ATOMIC ENERGY AGENCY

Nuclear power plants, hospitals, medical facilities, homeland security, and other organizations

Proposed Radiation Safety Regulations: Submission form

Limited X-ray Machine Operator (LXMO) Curriculum Analysis

Testing of the Implementation of the Code of Practice on Dosimetry in X-ray Diagnostic Radiology Hungarian Contribution

Atoms for Peace. Preparedness and Response for an Emergency during the Transport of Radioactive Material (DS469)

Overview IAEA mandate and organization. IAEA activities in medical radiation physics: achievements and challenges. Contents

IAEA BSS WORKSHOP (2012): DOSE LIMITS & DOSE CONSTRAINTS

Practice and Risk at Medical Facilities in Agency Operations

Creating capacity legislation & regulation control of exposure emergency preparedness through technical cooperation

Global Inspection and Certifications (GIC) (Learn Today Lead Tomorrow)

Introduction to Health Care & Careers. Chapter 22. Answers to Checkpoint and Review Questions

Hajo Zeeb. Leibniz Institute for Prevention Research and Epidemiology BIPS, Bremen, Germany

Regional Workshop on Radiation Safety and Emergency Preparedness. Hosted by the Government of Korea. through Korea Institute of Nuclear Safety (KINS)

CERTIFICATION OF PERSONNEL IN RADIATION SAFETY AND PROTECTION

ORAMED training module: Optimizing radiation protection in interventional radiology and nuclear medicine

AIR FORCE SPECIALTY CODE 4B051 BIOENVIRONMENTAL ENGINEERING

CHALLENGES FOR NEW COMERS IN REGULATING NUCLEAR SECURITY

SUMMARY OF PERSONAL DOSIMETRY PRACTICIES IN RCA MEMBER COUNTRIES

Nuclear Sciences and Medicine

Revision of seven closely interrelated Safety Guides on the Operation of Nuclear Power Plants: NS-G-2.2 to 2.6, NS-G-2.8 and NS-G-2.

Radiation Safety Guide. Analytical X-Ray Equipment

Outline. NCRP Scientific Committee 6-2

Radiation Protection- Cath lab

RADIATION SAFETY REVIEW UIHC Environmental Services

No 48, Second Quarter, 2014

NCRP PAC 4: Radiation Protection in Medicine. Overview. NCRP and PAC 4. Donald L. Miller, MD FSIR FACR Center for Devices and Radiological Health FDA

Madam President, Director General of the IAEA Excellencies Distinguished Delegates

High Precision Dose Delivery from Electron & X-ray Beam Lines

Overview of Radiation Monitoring Laboratory Capabilities in Tunisia. Azza Hammou, CNRP, Tunis RMCC-8 Meeting, Amman Jordan JUNE 2013 CONTENT

Mapping the ASRT Objectives for Radiation Protection (47 Objectives) and Radiation Biology (21 Objectives) to this Text

International Symposium on Understanding Moderate Malnutrition in Children for Effective Interventions. Announcement and Call for Papers

Protecting the Health of Uranium Mine Workers: The Situation from the 1930s to the Present Day

The working language of the meeting will be English. No interpretation will be provided.

Variation of Occupational Doses among Subspecialties in Diagnostic Radiology. A.N. Al-Haj, C.S. Lagarde, A.M. Lobriguito

Status of Regulatory Infrastructure in Arab Countries. Tunis, 13 March 2013

MONITORING OF OCCUPATIONAL EXPOSURE AT NUCLEAR FACILITIES

IAEA Safeguards Agreements and Additional Protocols. Verifying Compliance with Nuclear Non-Proliferation Undertakings

Why radiation protection matters?

Transcription:

An IAEA Tool for Radiation Protection Optimization in Interventional Cardiology and Industrial Radiography

Information System on Occupational Exposure in Medicine, Industry and Research What is? is an IAEA online web-based information system that aims to optimize occupational radiation protection. It is divided into two topical areas where radiation protection of workers can be a challenge: interventional cardiology (IC); and industrial radiography (IR). How to access : 1. Go to https://nucleus.iaea.org/isemir. 2. Select industrial radiography (-IR) or interventional cardiology (-IC). 3. Register in order to gain an access to.

2 3 Who can participate? Occupationally exposed staff, management or radiation protection officers from: 1. Non-destructive testing (NDT) companies carrying out industrial radiography. 2. Medical facilities carrying out interventional procedures. Participation is free. How does it work? A selected coordinator from the facility or company submits information about the annual collective dose as well as individual effective doses. After verification, the data will be available for benchmarking. The coordinator can also provide access to to the employees for comparing their own exposure information to that of others. What are the key objectives of? To improve radiation protection of workers. To provide efficient collection and maintenance of data on occupational exposure and radiation practices. To use the collected data for analysis of occupational doses of individuals. To allow NDT companies and IC facilities to benchmark their own facility or company and individual radiographers performances against global or regional data. To define follow-up actions to address identified gaps and disseminate lessons learnt.

4 5 Why focus on industrial radiography? Industrial radiography work is often carried out under difficult working conditions. Working in such adverse environments might result in operational situations in which IR personnel are exposed to radiation. What data does the NDT company provide? Each participating NDT company should provide annual information such as company procedures, training related to radiation protection and annual doses. NDT companies could also submit anonymous information about the dose received by individual industrial radiographers in the company. What are the benefits of participation in -IR? -IR assists NDT companies in benchmarking their arrangements in radiation protection and safety, and in reviewing their trends with time. NDT companies are able to compare their collective as well effective doses against global and regional data. This way, they can better optimize occupational radiation protection. The statistical analysis is based on the occupational dose per radiographic exposure for a given industrial radiographer. Why focus on interventional cardiology? In the last three decades, the use of image guided interventional procedures in cardiology has increased, bringing great benefit to millions of patients around the world. These procedures require health professionals to be present in the room alongside the patient when radiation is being used. This may result in occupational exposure. What data does the IC facility provide? Each participating IC facility should provide annual information about the facility, including the number of procedures performed, number of catheterization laboratories, X-ray equipment used, X-ray equipment performance data and anonymous dosimetry data for individual personnel working in the facility. What are the benefits of participation in -IC? As an outcome of the data entry, IC facilities are able to benchmark their own facility and individual personnel performances against global or regional data and review their trends with time. Based on this information, IC facilities can identify areas for improvement and corrective actions. The statistical analysis is based on the occupational dose per procedure for individual staff members or groups of staff members.

INTERNATIONAL ATOMIC ENERGY AGENCY Radiation Safety and Monitoring Section Division of Radiation, Transport and Waste Safety Department of Nuclear Safety and Security Vienna International Centre, PO Box 100, 1400 Vienna, Austria http://www-ns.iaea.org https://nucleus.iaea.org/isemir -IR.Contact-Point@iaea.org -IC.Contact-Point@iaea.org 17-2077