Project: Fast and reliable method for radiocarbon measurements in air and vegetation
Type of project: PN III Development of the national RD system, Postdoctoral research projects
Financing contract no.: PD146/2018
Project coordinator: PhD. Phys. FAURESCU Alexandru Ionut
Project implementation period: 10.10.2018 – 09.10.2020
www.icsi.ro/carbonmav
Project: Preparation of exploitation of JT-60SA
Type of project: FP 7
Coordinating institution: EUROfusion
Financing contract no.: 1EU-1/2 / 01.07.2016
Project coordinator: CS I Soare Sorin
Project implementation period: 06.2016 – …
NUCLEUS PROJECTS
Project PN 19 11 01 01 “Theoretical and experimental research on the simultaneous permeation of hydrogen isotopes through metals and anti-permeation barriers”
Objective: Tritium from waste to fuel – research on the management of separation and interaction processes of tritium and matter
Project coordinator: Dr. Phys. Bidica Nicolae
Project implementation period: 2019 – 2022
https://www.icsi.ro/pn-19-11-01-01
Project PN 19 11 01 02 “Developing test methods for materials used in cryogeny and cryogenic technological systems for isotopic purification and separation”
Objective: Tritium from waste to fuel – research on the management of separation and interaction processes of tritium and matter
Project coordinator: Dr. Eng. Brad Sebastian
Project implementation period: 2019 – 2022
Project PN 19 11 01 03 “Intelligent catalysts to increase the efficiency of chemical processes in the presence of water and humidity with applications in the nuclear and environmental protection field”
Objective: Tritium from waste to fuel – research on the management of separation and interaction processes of tritium and matter
Project coordinator: Dr. Chem. Gheorghe Ionita
Project implementation period: 2019 – 2022
https://www.icsi.ro/pn-19-11-01-03
Project PN 19 11 01 04 “Innovative solution of CECE process for the promotion of a new decontamination technology for liquid waste, with low concentration in tritium, and deuterium recovery”
Objective: Promoting an innovative CECE (Combined Electrolysis Catalytic Exchange) isotope separation process
Project coordinator: Dr. Eng. Anisia Bornea
Project implementation period: 2019 – 2022
Project PN 18 12 02 01: “New highly hydrophobic catalytic systems for the separation of hydrogen isotopes”
Objective: “New highly hydrophobic catalytic systems for the separation of hydrogen isotopes”
Project coordinator: Dr. Chem. Gheorghe Ionita
Project implementation period: 2018
Project PN 18 12 02 02: “Theoretical and experimental research for the establishment of a multifunctional technological plant for the separation of deuterium and tritium in order to improve the management of these isotopes”
Objective: New highly hydrophobic catalytic systems for the separation of hydrogen isotopes
Project coordinator: Dr. Eng. Anisia Bornea
Project implementation period: 2018
Project PN 18 12 02 03: “Developing the experimental and theoretical modeling capabilities of competing permeation processes of hydrogen isotopes through membranes”
Objective: New highly hydrophobic catalytic systems for the separation of hydrogen isotopes
Project coordinator: Dr. Phys. Nicolae Bidica
Project implementation period: 2018
Project PN 18 12 02 04: “Exploratory research to develop a viable Helium-3 production technology”
Objective: New highly hydrophobic catalytic systems for the separation of hydrogen isotopes
Project coordinator: Eng. Marius Zamfirache
Project implementation period: 2018
Project PN 18 12 02 05: “Studies and experiments of cryogenic distillation systems”
Objective: New highly hydrophobic catalytic systems for the separation of hydrogen isotopes
Project coordinator: Dr. Eng. Sebastian Brad
Project implementation period: 2018
Project PN 18 12 03 04: “Use of environmental isotopes as traversers and mathematical transport models to estimate the degree of protection of an aquifer source of drinking water”
Objective: Advanced analytical investigations aimed at protecting the environment and improving the quality of life
Project coordinator: Dr. Eng. Carmen Varlam
Project implementation period: 2018