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Storage of Thermal REactor Safety Analysis data
Organization
Type of Facility
Project
Experiments available
0
Description:

The PASTELS project will demonstrate how innovative passive safety systems can support modernisation and optimisation of the European nuclear industry by providing relevant new safety options. The overall objective of the project is to improve the ability of European nuclear actors to design and deliver innovative passive safety systems - which are particularly promising as they do not rely on power supply or human intervention - and simulate their behaviour to support the safety demonstration.

PASTELS will make significant progress in the study of two specific passive systems, the Containment Wall Condenser (CWC) and the Safety Condenser (SACO) by:

  • Building on and leveraging existing available computational codes to simulate the relevant thermal-hydraulic phenomena,
  • Developing a robust, validated, multi-scale simulation methodology of passive systems,
  • Performing new experimental studies to obtain the relevant validation data.

The project will deliver extensive methodology guidelines as well as a roadmap to achieving the licensing and implementation of these innovative passive system technologies in future European Nuclear Power Plants (NPPs).

Publication Date
Authors
R. Ferri, A. Achilli
Data visibility
Restricted
Type
Experimental Data report
Data records
0
Date of experiment
Responsible
Attachment
Facility

The ELSMOR facility was built in 2022 at SIET (Piacenza, Italy) in the frame of the ELSMOR European Project (Grant Agreement number: 847553 — ELSMOR NFRP-2018) to validate a decay heat removal system for the E-SMR. Based on the passive mechanisms of natural circulation, the system aims to dissipate the reactor decay heat to a water pool, using two heat exchangers: a plate-type one coupling the primary side to the secondary side, and a vertical tube one coupling the secondary side to the water pool.

Organization
Type of Facility
Project
Experiments available
1
Description:

EU FASTNET PROJECT CALCULATIONS

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