Regulatory Control Training Workshop Module 4 “Legislative and Regulatory Framework of PNRA” Application Set Regulatory Control Training Workshop DISCLAIMER This example was prepared by (individual or organization) for this IAEA workshop. The information contained in this example is based on publicly available information and/or personal knowledge; therefore, it does not necessarily represent the institutional position of the organization referred to in the example.

EVOLUTION OF REGULATORY BODY REGULATORY PYRAMID CONTENTS EVOLUTION OF REGULATORY BODY REGULATORY PYRAMID COMPOSITION OF THE AUTHORITY FACILITIES UNDER PURVIEW OF PNRA MAJOR FUNCTIONS AND RESPONSIBILITIES ORGANIZATIONAL STRUCTURE OVERVIEW OF NPPS IN PAKISTAN WS|M4|Application Set

EVOLUTION OF REGULATORY BODY Creation of PAEC Creation of DNSRP Promulgation of PNSRP Regulations PNRB created as an interim step Creation of PNRA as an independent regulatory body 1965 1984 1990 1994 2001 JOURNEY TOWARDS AN INDEPENDENT REGULATORY BODY WS|M4|Application Set

PNRA REGULATORY PYRAMID issued by the Government Presents legal authority structure, functions and powers of the regulatory body issued by PNRA specify legally binding requirements to ensure safety Provides non mandatory guidance for implementation of the regulatory requirements Ordinance Regulations Regulatory Guides

COMPOSITION OF THE AUTHORITY Chairman Two full time members Seven Part time membes Secretary

FACILITIES UNDER PURVIEW OF PNRA Nuclear Power Plants Nuclear Research Reactors Manufacturers of Nuclear Safety Class Equipment & Components, Transport and Spent Fuel Storage Containers Nuclear Medical Centres Diagnostic and Therapeutic Radiology (including X-ray Units) Research Facilities Using Radiation Generators Agriculture Research Centres Industrial Radiography Industrial applications of radiation Irradiators used for sterilization of medical products and food preservation

MAJOR FUNCTIONS AND RESPONSIBILITIES To regulate all stages of nuclear fuel cycle, radiation facilities and use of equipment for production, use or application of nuclear energy Make and enforce rules, regulations, orders and codes of practice To establish the extent of civil liability in case of nuclear accidents To grant authorization for the production, storage, disposal, trade-in and use of any nuclear or radioactive material To inspect all nuclear installations and radiation facilities for ensuring compliance with National Regulations To ensure implementation of measures for Physical Protection of nuclear installations and nuclear material To ensure that emergency preparedness plans are in place Establish extent of insurance to be maintained by the operator to cover risk against nuclear damage

ORGANIZATIONAL STRUCTURE WS|M4|Application Set

OVERVIEW OF NPP SITES IN PAKISTAN Chashma Nuclear Power Plants (C-1, C-2, C-3, & C-4) Karachi Nuclear Power Plants (K-1, K-2 and K-3) WS|M4|Application Set

Chashma Nuclear Power Plant C-1 OVERVIEW OF NPPs IN PAKISTAN Karachi Nuclear Power Plant – K-1 Pressurized Heavy Water Reactor Net Electrical Output: 137 MWe Commercially operating since 1972 Design life: 30 years Re-licensed for further operation Chashma Nuclear Power Plant C-1 Pressurized Water Reactor Design Electrical Power 325 MWe Started commercial operation in 2000 Design life: 40 years Granted operating license till 2020 WS|M4|Application Set

OVERVIEW OF NPPs IN PAKISTAN Chashma Nuclear power plant C-2 Pressurized Water Reactor (PWR) Design Electrical Power 325 MWe Commercial operation started in May 2011 Design life: 40 years C-3 – 325 MWe Pressurized Water Reactor (PWR): Construction started March 2011: Operation expected by the end of 2016 C-4 – 325 MWe Pressurized Water Reactor (PWR): Construction started in 2012 K-2 and K-3 − 1000 MWe each Pressurized Water Reactor (PWR): Construction started in 2015 WS|M4|Application Set

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