The ASB reviews the turbine area ventilation system (TAVS) from air intake to the point of discharge to assure conformance with the requirements of General Design Criteria 2, 5, and 60. The review includes components such as air intakes, ducts, cooling units, blowers, isolation dampers, and roof exhaust fans. The review of the TAVS includes systems contained in the turbine building and their relationship, if any, to safety-related equipment areas. 1. The ASB reviews the functional performance requirements and the methods and equipment provided for air treatment for the TAVS to determine whether the ventilation system or portions of the system have been designed or need to be designed as a safety system. In making this determination, systems...
Nuclear power plants are provided with a control room from which actions can be taken to operate the...
The CSB reviews the information in the applicant's safety analysis report (SAR) concerning cont...
The condensate storage facility (CSF) is provided to serve as a receiver for excess water generated ...
The ASB reviews the auxiliary and radwaste area ventilation system (ARAVS) from air intake to the po...
The function of the engineered safety feature ventilation system (ESFVS) is to provide a suitable an...
The function of the spent fuel pool area ventilation system (SFPAVS) is to maintain ventilation in t...
The function of the control room area ventilation system (CRAVS) is to provide a controlled environm...
The ASB review of the structures, systems, and components (SSC) to be protected from externally gene...
The ASB review of the plant flood protection includes all structures, systems and components (SSC) w...
Reactor coolant system high point vents are provided to exhaust noncondensible gases from the primar...
The turbine bypass system (TBS) provides operational flexibility so that the plant may accept certai...
An overview of the TA-55, Building PF-4 ventilation system is provided in the following sections. In...
The control room ventilation system and control building layout and structures, as described in the ...
The ASB reviews reactor auxiliary cooling water systems (CWS) that are required for safe shutdown du...
The applicant's identification of potential accident situations in the vicinity of the plant is...
Nuclear power plants are provided with a control room from which actions can be taken to operate the...
The CSB reviews the information in the applicant's safety analysis report (SAR) concerning cont...
The condensate storage facility (CSF) is provided to serve as a receiver for excess water generated ...
The ASB reviews the auxiliary and radwaste area ventilation system (ARAVS) from air intake to the po...
The function of the engineered safety feature ventilation system (ESFVS) is to provide a suitable an...
The function of the spent fuel pool area ventilation system (SFPAVS) is to maintain ventilation in t...
The function of the control room area ventilation system (CRAVS) is to provide a controlled environm...
The ASB review of the structures, systems, and components (SSC) to be protected from externally gene...
The ASB review of the plant flood protection includes all structures, systems and components (SSC) w...
Reactor coolant system high point vents are provided to exhaust noncondensible gases from the primar...
The turbine bypass system (TBS) provides operational flexibility so that the plant may accept certai...
An overview of the TA-55, Building PF-4 ventilation system is provided in the following sections. In...
The control room ventilation system and control building layout and structures, as described in the ...
The ASB reviews reactor auxiliary cooling water systems (CWS) that are required for safe shutdown du...
The applicant's identification of potential accident situations in the vicinity of the plant is...
Nuclear power plants are provided with a control room from which actions can be taken to operate the...
The CSB reviews the information in the applicant's safety analysis report (SAR) concerning cont...
The condensate storage facility (CSF) is provided to serve as a receiver for excess water generated ...