UNIPA  

 

 

Course

on

National Nuclear Infrastructure and Institutional Capacity

 

Dipartimento di Ingegneria Nucleare

Palermo, Italy

September 14-18, 2009

 

 

PRELIMINARY PROGRAM

 

BACKGROUND ON NUCLEAR SAFETY & SECURITY

°         Historical development of Nuclear Power Plants, significant milestones

°         Basic safety concepts and requirements: Radiological Safety Objectives, Defence in Depth, Barriers, Safety Functions, Safety Systems Structures and Components, Prevention & Mitigation, Safety Analysis, Accident Management, Security and Physical Protection, Quality Assurance

°         Fundamental safety principles

°         Current status of nuclear power, reactor designs and their safety features

°         Radioactive Waste Management (RWM) and Decommissioning issues

 

INFRASTRUCTURE, INSTITUTIONAL ROLES & RESPONSIBILITIES

°         Milestones for developing a national nuclear infrastructure

°         Relevant infrastructure issues

°         Evaluation of the status of a national infrastructure

°         Roles and responsibilities of major stakeholders

°         National strategy for RWM

°         Public Communication

 

LEGAL FRAMEWORK and INTERNATIONAL INSTRUMENTS

°         Basic Law and secondary legislation

°         Basic Safety Standards

°         International Conventions

°         Compliance with international instruments

°         International Cooperation and networking

 

REGULATORY FUNCTIONS

°         Legislative and regulatory framework

°         Size, structure, competence and staff of the Regulatory Authority

°         Elements of regulatory independence

°         Organization & Management of regulatory review

°         External support (TSO)

°         Major regulatory functions

­         Authorization, licensing process and steps

­         Requirements for safety analysis to be performed by the Applicant

­         Review and safety evaluation performed by the Regulator

­         Regulatory Inspection and enforcement

­         Development of regulations and guides

°         Supplementary regulatory functions: Emergency preparedness, Radiological monitoring, Research and development

°         New approaches for the regulation of the new reactors

 

FINAL SUMMARY

 

NOTE: The course organization will envisage at the end of each day an interactive discussion with the Participants to answer questions and to discuss their expectations.