Abstract
30Jun 2016 MONITORING AND ANALYSIS OF THE TURBODETENTOR OPERATING SYSTEM FROM CRYOGENIC DISTILLATION PLANT USING LABVIEW SOFTWARE. Carmen Maria Moraru , Iuliana Stefan , Ovidiu Balteanu , Ciprian Bucur , Nicolae Sofilca , Gabriel Ionescu , Maria Alexandra Retevoi , Florentina Enescu Department of Cryogenic Pilot Plant, National Institute of Research - Development for Cryogenic and Isotope Separation Technologies, ICSI-Rm.Valcea, Romania. Department of Automation and Industrial Informatics, Automation and Computer Faculty, University Polytechnic of Bucharest, Romania. Department of Computer Science, Jacobs University, Bremen, Germany. Department of Electronics, Computer Science and Electrical Engineering, University from Pitesti, Romania.
Highlights
Paper aim was to set up contributions to the development and improvement the information system for monitoring the turbodetentor used in refrigerating cycle and ensuring safety in operation to an experimental pilot installation for the separation of tritium from tritiated heavy water, resulting in nuclear reactors used for electrical energy
The pilot plant features for the tritium separation, involve opportunities to obtain operating regimes very different and from their observation and study to derive conclusions on which is possible to maximize the efficiency of separation and to maintain the security of installations and the environment to acceptable levels
The tritium separation is based on the cooling to very low temperature, e.g. 21K at the peak of cryogenic distillation column
Summary
MONITORING AND ANALYSIS OF THE TURBODETENTOR OPERATING SYSTEM FROM CRYOGENIC DISTILLATION PLANT USING LABVIEW SOFTWARE. Paper aim was to set up contributions to the development and improvement the information system for monitoring the turbodetentor used in refrigerating cycle and ensuring safety in operation to an experimental pilot installation for the separation of tritium from tritiated heavy water, resulting in nuclear reactors used for electrical energy.
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