EXECUTIVE OFFICE OF NUCLEAR ENERGY COMMISSION
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EXECUTIVE OFFICE OF NUCLEAR ENERGY COMMISSION 1 Contents - - PowerPoint PPT Presentation
EXECUTIVE OFFICE OF NUCLEAR ENERGY COMMISSION 1 Contents Application History of Regulatory Authorities Regulatory Status NEC GASI International instruments Law and regulations Safeguard and security RAIS 2
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Application History of Regulatory Authorities Regulatory Status NEC GASI International instruments Law and regulations Safeguard and security RAIS
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NUCLEAR TECHNOLOGY APPLICATION IN MONGOLIA
Nuclear technolo gy Human health Agricul-
Science and education
Industr y Water researc h Geolog y and mining
Electron cyclic accelerator “Microtron MT-22” Neutron generators (14 MeV) Californium-252 sources Radiotherapy, /Cobalt-60 teletherapy unit/ Research irradiator with Co-60 sources Radioactive waste storage facility
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Teletherapy (Co-60) Research irradiator (Disused sources Co-60)
Industrial gamma radiography (Ir-192) High/medium rate brachytherapy (Co-60)
Well logging /borehole logging/ (Am/Be, Cs-137) Industrial fixed gauges with high activity sources (Cs-
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Low dose rate brachytherapy
XRF devices
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Nuclear energy commission was established under
Counsel of Ministers in 1962.
First radiation control unit in Mongolia was established in
1973 under the Ministry of Public Health and it was an acting regulatory body.
The Nuclear Regulatory Authority /NRA/ has been
established by Governmental Resolution No 180 dated 13 August 1997 under the Nuclear Energy Commission (NEC) of the Government of Mongolia as the Regulatory Body in Mongolia.
It has restructured the under the State Specialized
Inspection Agency /SSIA/ during 2003-2008 as the independent regulatory body.
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Nuclear Energy Agency was established by No 64th
According the Government decision, the Regulatory
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The parliament amended the nuclear energy law in
Main changes was responsibilities of organizations Based
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State secretaries of ministies-7 Director generals-6
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2.1. Basic duties of NEC To develop and adopt safety and security regulations, safeguard inspection, licensing for nuclear facilities To implement state policy on exploitation of radioactive minerals and nuclear energy, utilization of nuclear technology and development of nuclear research To coordinate activities for ensuring nuclear and radiation protection and safety
GASI is independent inspection agency under deputy prime minister
and has 7 inspection department and 1 joint laboratory as following
Infrastructure Social and labor welfare Health, education, culture and science Environment, tourism, geology and mining Food, agriculture, industry and service Nuclear and radiation safety Border National reference laboratory for food safety /includes radiation
laboratory/
Administration
GASI has branches in cities
Metropolitan Inspection Agency has Nuclear and radiation safety
division
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The following objectives will be provided in order to implement main
goal of the GASI.
1. To arrange implementation of the specialized Inspection for related
laws and regulations, supervision policy, planned on the strategic management
2. To provide the Government Administrative Inspection service to
prevent the negative influences of the human health, to live and work in safe healthy environment and to consume good quality products and services, to build favorable business condition
3. To strengthen International cooperation and Government
management policy
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Nuclear and Radiation Regulatory Department of the
Assessment of applications Authorization /licensing/ for radiation sources Inspection /verify compliance/ Enforcement /ensure compliance with requirements/
NEC AND GASI
Name of the
Responsibilities
Nuclear Energy Commission Government of Mongolia
nuclear energy, utilization of nuclear technology and development of nuclear research
and safety
inspection, licensing for nuclear facilities General Agency for Specialized Inspection GASI To implement professional control and inspection
Metropolitan Inspection Agency
Government funding is going to NEC, GASI and MIA but budget is decreased year to year.
Agreement between IAEA and Government of Mongolia on
Methods under the Treaty on the Non-proliferation of Nuclear Weapons /its Protocol, 1972/
Additional Protocol to Agreement between IAEA and
Government of Mongolia on Methods under the Treaty on the Non-proliferation of Nuclear Weapons /2003/
Convention on the Physical Protection of Nuclear Material
/1985/
Convention on Early Notification of a Nuclear Accident /1987/ Convention on Assistance in the Case of a Nuclear Accident
IAEA Incident and traffic database /2012/ IAEA Integrated Nuclear Security Support Plan (2015)
In February 2016, Mongolian parliament approved
“Mongolian Sustainable development concept 2030” (Parliament Resolution no.19, 02 February 2016)
According to this document following strategic objectives
were stated in the field of uses of nuclear energy:
Phase 1. (2016-2020): to increase renewable energies to 20% of
total energy, providing preparation work of using nuclear energy.
Phase 2. (2021-2025): to increase renewable energies to 25% of
total energy, complete preparation work of using nuclear energy.
Phase 3. (2025-2030) to increase renewable energies to 30% of
total energy, start using nuclear energy.
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1.
Basic regulation on radiation protection and safety (2016)
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Radiation Basic Safety Standard (2015)
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Regulation on security of radiation sources (2015)
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Radiation safety regulation on exploration of radioactive mineral (2015)
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Regulation on management of radioactive waste from mining and milling of ores (2015)
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Regulation on internal control of licensee (2015)
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Technical regulation for acid in situ leach uranium mining (2015)
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Mongolian Integrated nuclear security support plan (2015)
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Drafted radiation safety regulation on uranium mining and milling
gauge containing radioactive source.
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Mongolia is signed Additional Protocol to Safeguards
Agreement between the Government of Mongolia and the International Atomic Energy Agency in 12 May 2003.
Executive Office of the Nuclear Energy Commission
delivers Mongolian declaration yearly and quarterly to IAEA according to Additional Protocol.
Legislative and Regulatory Framework Prevention Detection Response Sustainability
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GASI has completed an National inventory of radiation
sources and centralized information for all identified facilities and sources in the country. Small calibration sources are also registered. GASI has started to keep all those source inventory information electronically, using the RAIS System provided by the IAEA.
The inventory has been updated using inspection
findings and also annual inventory reports from the users.
Currently RAIS 3.3 version used to collect and store all
radiation source information.
Metropolitan Inspection Agency has completed inventory
database for identified facilities and sources in the country.
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The main purpose of this training course was to introduce the new managerial features of the most recent version of the Regulatory Authority Information System (RAIS), in particular RAIS 3.3 Web, and the tools it
benefit of its use as a secure, web-based system.
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ADVANCED TRAINING COURSE ON THE APPLICATION OF RAIS 3.3 WEB FOR MANAGEMENT OF REGULATORY PROGRAMME, 2014
The training course took place in Ulaanbaatar, Mongolia, from 18-22 August 2014. 22 participants from 11 Member States.
Currently RAIS 3.3 version used to collect and store all
radiation source information. total 179 organization /143 radioactive source, 163 X-ray, 386 radiation workers in informed/
In 2015-2016, all information of source is keeping in
RAIS, /exp: license for import, use, store of sources/
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SOME OF COMMEND IS TOOK A ERROR. /statistics, query/
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Training Advisory service on RAIS 3.3 version move to 3.4
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Executive Office of the Nuclear Energy Commission Government of Mongolia E-mail: office@nea.gov.mn www.nea.gov.mn