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Contents
Introduction for Safety Concepts andPolicyCore Functions of the Regulatory BodyInternational Technical CooperationConclusion
Regulatory Safety Principles and Concepts
Responsibility for Safety;Establishment of Effective Legal and RegulatoryFramework for Safety;Effective Leadership and Management for Safety;Justification of Facilities and Activities;Optimization of Protection;Limitation of Risks to Individuals;Protection of Present and Future Generations;Prevention of Accidents;Emergency Preparedness and Response;Protective Actions to Reduce Existing or UnregulatedRadiation Risks.
Radiation Protection CommitteeOrganizational Structure
p
Legal Affairs
Department
p
Radiation Protection and Dose
Management Department
Licensing and AuthorizationDepartment
Radiological A l ti l
ation of the Regulatory Body
e of implementation of tions
ensurate to the facilities ivitiese independencee use of technical (TSO)
ement systemfing and trainingsory bodies
ations with the operatorsrnational cooperation
InspectionDepartment
Regulatory Safety Policy Framework
omoting regulatory culture through creating awareness
Safety Policy Safety Policy Charter Priority to safety
afety Policy Statement Principles and directions
Comprehensive Plan for Safety Mid and long-term directions
ry 5 years Severe Accident Policy
Annual Action Plan Short-term directions
ch years
RPC Objectives
PC main objective is to establish and build aational competency in the regulation of alluclear and radiation activities, and to sustainat competency, consistent with IAEA Safetyandard GSR Part 1: Governmental, Legalnd Regulatory Framework for Safety.
Our Vision
SIONbe an independent world class regulatory authorityRadiation and Nuclear SafetyISSIONprovide and maintain an effective and efficient
ational Regulatory Infrastructure in Line with theEA Safety Standards; “As the reference for nuclear,diation protection, radioactive waste and transportfety”, to deliver consistent levels of safety for theotection of workers, the public and the environment.
Focus on the core functions of the Regulatory Body
1) Drafting of Regulations and Guides;2) Review and Assessment of information
relevant to safety;3) Authorization of facilities and activities;4) Inspection of facilities and activities;5) Enforcement of compliance with regulations
and standards; and6) Termination of authorization
Safety Case Development
Site Selection
Site Specific Design
Construction
Operation
Closure
Decommissioning Site
Characterization
ncept opment
Periodic updating and review of the Safety Case
Site confirmation construction Safety Case
Site investigation
approval Safety Case
Site Release License
Termination(RPC)
Private Medical Facility with CT and
Radiography, 337
Govermental Hospital with Radiography, 298 Govermental Hospital
with Dental , 153
Govermental Hospital with CT, 40
Other Govermental Medical Institutions, 76
Industrial,Oil, and Research , 74
Authorization Activities The total number of authorized institutions is (978)
Medical Licensed Activities
Diagnostic x‐ray radiography , 1774
ma Knife, 5
Dental x‐ray radiography, 292
Linear Accelerator, 6
Computed Tomography (CT), 99
Fluoroscopy , 21Mammography, 39
Cerography , 8
Lithotripsy, 12Gamma Camera , 6
Licensed Medical Devices
Radiation Worker Monitoring Program Regulations on the Protection against Ionizing Radiation and the
Use of Radiation Sources
Diagnostic radiology with CT, radiography, fluoroscopy,
mammography , 3197
Dental radiology, 380
Nuclear medicine and Radiotherapy, 559
Monitored workers from medical uses of radiation
Industrial radiography, 228
Well logging, 89
Moisture density gauge, 22
All other industrial uses, 213
Monitored workers from Industrial uses of radiation
Oil and natural gas industries, 200
Phosphate mining, 25
Fertilizers industries, 100
Cement industries, 100
Decommissioning, 33
Waste management, 110
Educational establishments, 108
Veterinary medicine, 2
Research and dental educational radiography,
10Analytical techniques (XRF
& XRD), 6
Monitored workers from natural sources and miscellaneous uses of radiation
RPC Regulatory Oversight For The Iraqi Decommissioning Programme
yItalian Radioisotope Production Facility y ( )
Metallurgy Analysis oratory (LAMA)
Phase IPhase IPhase IIPhase II
uz-2 Research Reactor
daya site
Fuel Fabrication
yRadiochemistry
Laboratory5000 Research
Reactor
Phase IIIPhase III
May 2010Geo Pilot Plant: Released
October 2011Rashidiya: Released for unrestricted use by the
Ministry of Water
October 2011al Naddaf: Released for unrestricted commercial use
Released FacilitiesReleased Facilities
Adaya Radiological and Biological Assessment
nd Al oting cal
2007
urface radiation levels (0.5–70 µSv/h)
RPC supervised rebuilding the damaged concrete walls of the waste tanks and the installation of barbed wire around the area.
2011
RPC & TTU Radiological and Biological Assessment May 2011: 102 individuals were sampled (77 from Tall ar Ragrag, 25 from Al Jesira)(blood, buccal cells, urine, and hair)
2012
Adaya and Al Jesira RPC Follow-up Visit, June 2012;IAEA Adaya Remediation Plan Review Feb. and Nov 2012
RPC required MoST, to take immediate and direct actions to control the site: Restrict access to the site (fencing or barriers) Post signs and increase public awareness of site
hazards Redirect run-off away from the villages Clean up surface scrap and waste objects Collect and safely store yellowcake that is
accessible from the surface.
2013
Adaya Project Management Conference, Erbil 27-28 May 2013
National Radiological Emergency Preparedness and Response Organizational Chart
President
Prime Minister/ Ministers Council
National Operation Center (NOC)
Central Nuclear And Radiological Emergency Management Committee
Committee Members:PMONOCMoEn/RPCIRSRAMoSTMoHMoDMoI
Local Governments Local Emergency
Management Centers
ensee rgency rations enter
MoEn/RPCEarly Warning
Monitoring System
National First Response Team
and Local Rescue Teams
Site Control
Environmental Radiation Monitoring System(Early Warning Monitoring Stations)
ADM606 Sub-Station
ADM-606M Monitor
US Robotics 56K Dial-up modems
GP 110 Detector ERMWS Monitoring Station with
(RAM 31 Ge Aerosol with RIM 01 Iodine Monitors)
Environmental Radiation Monitoring System(Early Warning Monitoring Stations)
ERMWS Communication Network
Internet
Network Control Centre Baghdad
Inmarsat satellite link (optional) Ground station
tionData servers
lert ‐ Emergency
ry source of data for the decision authorities should be a Monitoring and Warning System, aimed todionuclides released into the environment during significant or major radiological emergencies. In case
Radioactive Waste Management Framework
Policy
Objectives and principles
of radioactive waste management
Strategies System of RWM
Implementation of policy
Establishment of radioactive waste management system
LegislativeRegulatory Capability: Legal framework and regulatory bodyOperational Capability:
Radioactive Waste Management System in Iraq
Legal Authorities Parliament and Government
Regulatory AuthorityMoEn/RPC
Central Radioactive Waste Management
MoST
Radioactive Waste Treatment and Management Directorate
(MoST)
Radioactive Waste
Producers (All Ministries
and NGO)
Radiation Portal Monitoring Project (RPMP)
Alarm is activatedYES or NO?
Vehicle is cleared, and is free to depart
monitoring area
Review manifest to identify origin and/or type of
shipment
Scan exterior of vehicle with survey meter.
Observe radiation levels to localize source of radiation
in load. Measure the radiation dose rate (μSv/h)
Vehicle passes through Radiation Portal Monitor
8
Isolate the load, characterize and
identify the source of radiation
Record investigation information
Take appropriate actions to reshipped
the load to the country of origin
Take Samples to Lab.
Analysis
Radiation Safety Information Management System (RASIMS)
h of Oct. 2012, The Government of the republic of Iraq had nominatedtion Protection Centre/Ministry of Environment as the new counterpartSIMS project.dingly, RPC will be responsible for updating all milestones related toMS.nformation in RASIMS is grouped into Thematic Safety Areas (TSA) toe that all aspects of the relevant Safety Standards are covered in arehensive and consistent manner.SA1 - Regulatory InfrastructureSA2 - Radiological Protection in Occupational ExposureSA3 - Radiological Protection in Medical ExposureSA4 - Public and Environmental Radiological ProtectionSA5 - Emergency Preparedness and ResponseSA6 - Education and Training in Radiation, Transport & Waste Safety
IAEA Technical Cooperation Projects
/9/008: Developing Regulations to License andontrol the Use of Radioactive Sources andaterials. Regulatory Infrastructure Developmentroject (RIDP)
/0/006: Establishing a Quality Assurance and Qualityontrol Programme for Gamma Ray Spectrometry in theuclear Analytical Laboratory at the Ministry ofnvironment.
posed Project for 2016 – 2017: Strengthening of Iraqiegulatory Infrastructure and Development ofeneral Radiation Safety Regulations in Line with the
EC Technical Cooperation Projects
Q.3.01/14 - Support to the Regulatory Body of Iraq onRadioactive Waste Management, Decommissioning of NuclearFacilities and Remediation of Contaminated Sites.
he overall objective of the project is to strengthen the capabilities ofe Iraqi Regulatory Body in the field of radioactive wasteanagement; decommissioning and remediation of contaminatedtes.he project will comprise the following main activities:
Support in the Development of a Regulatory Safety Guidance;Support in the Licensing of the New Near Surface RadioactiveWaste Disposal Facility;Support in the Inspection of Radioactive Waste DisposalFacilities;Building Capacity of the Regulatory Body Staff in the Field of
• Legal, governmental and regulatory infrastructure isan essential basis for safe and long-term managementof nuclear and radiological activities;
• Effective dialogue between parties is important.Dialogue between regulators and operators must startbefore the first formal submission
• Active commitment of both operator and regulator arenecessary
• The RPC regulatory framework has been developed inline with IAEA standards; and
• Clear procedures and allocation of responsibilities asll i di i d d t i i d
Conclusion