epr design description - UK EPR

UK-EPRFUNDAMENTAL SAFETY OVERVIEWVOLUME 1: HEAD DOCUMENTCHAPTER A: EPR DESIGN DESCRIPTIONCONTENTSCHAPTER: ACONTENTS CHAPTER ACHAPTER A: EPR DESIGN DESCRIPTION1.0 INTRODUCTION1.1 DESIGN PHILOSOPHY1.2 OVERVIEW OF THE EPR DESIGN1.3 EPR TECHNICAL DESIGN CODES1.4 COMPARISON WITH CURRENTLY OPERATING PWRS2.0 CORE DESIGN2.1 OVERALL FEATURES2.2 FUEL ASSEMBLIES2.3 TECHNICAL PERFORMANCE2.4 ROD CLUSTER CONTROL ASSEMBLIES AND REACTIVITY CONTROL2.5 NUCLEAR AND THERMAL-HYDRAULIC DESIGNS2.6 CORE INSTRUMENTATION3.0 REACTOR COOLANT SYSTEM3.1 GENERAL CHARACTERISTICS3.2 SAFETY CONCEPTS3.3 OVERPRESSURE PROTECTION

UK-EPRFUNDAMENTAL SAFETY OVERVIEWVOLUME 1: HEAD DOCUMENTCHAPTER A: EPR DESIGN DESCRIPTIONCONTENTSCHAPTER: A6.2 SAFEGUARD BUILDINGS6.3 SWITCHGEAR BUILDING6.4 FUEL BUILDING6.5 NUCLEAR AUXILIARY BUILDING6.6 DIESEL BUILDINGS6.7 RADIOACTIVE WASTE PROCESSING BUILDING6.8 VENT STACK6.9 ESSENTIAL SERVICE WATER PUMP BUILDINGS7.0 ELECTRICAL DISTRIBUTION AND INSTRUMENTATION ANDCONTROL SYSTEMS7.1 ELECTRICAL DISTRIBUTION SYSTEM7.2 INSTRUMENTATION AND CONTROL SYSTEM8.0 AUXILIARY SYSTEMS8.1 FIRE PROTECTION SYSTEMS8.2 STEAM GENERATOR BLOW DOWN SYSTEM8.3 REACTOR BORON AND WATER MAKE-UP SYSTEM8.4 GASEOUS WASTE PROCESSING SYSTEM8.5 LIQUID WASTE PROCESSING SYSTEM8.6 NUCLEAR SAMPLING AND HYDROGEN MONITORING SYSTEM8.7 HEATING, VENTILATION AND AIR CONDITIONING SYSTEMS

UK-EPRFUNDAMENTAL SAFETY OVERVIEWVOLUME 1: HEAD DOCUMENTCHAPTER A: EPR DESIGN DESCRIPTIONCONTENTSCHAPTER: A8.8 SAMPLING ACTIVITY MONITORING SYSTEM9.0 TURBINE ISLAND DESIGN9.1 TURBINE BUILDING9.2 MAIN STEAM SYSTEM9.3 MAIN FEED WATER SYSTEM9.4 TURBINE10.0 PLANT OPERATION AND REFUELLING10.1 CORE LOADING10.2 REACTOR COOLANT SYSTEM CLOSING AND FILLING10.3 REACTOR COOLANT HEAT-UP10.4 FROM HOT SHUTDOWN TO POWER OPERATION10.5 POWER OPERATION10.6 REACTOR SHUTDOWN10.7 REACTOR COOLANT SYSTEM DRAINING AND OPENING10.8 CORE UNLOADING10.9 STRETCH-OUT OPERATION10.10 MID-LOOP OPERATION