- MENER Program. Subprogram A2 - Natural and antropic
stress factors. Project title: Changes in environment quality in the
Aries hydrographic basin as a result of anropic factors. Contract nr.
515/29.11.2004. MONARES
Project leader: Frentiu Tiberiu
- CALIST
Program. Subprogram 1. Contract nr. 5130/2004. New, modern method to
characterize and control of wine quality by RMN and RES. (VINMES).
Project leader: Frentiu Tiberiu
- INFRAS
Program. Subprogram: Development of national system for evaluation and
certification. Contract nr. 414/2003. Project type: CI. Implementation
of the quality system.
Project leader: Frentiu Tiberiu
- 7 th Direction. Optoelectronic equipment and inovative method of
high precision and sensitivity based on non-conventional fluoresence
spectrometry dedicated to control of some risk factors for environment.
(FLUOROSPEC. Nr: 71019/2007)
Project manager UBB: Frentiu Tiberiu
- PC 31 016/07 Modern method for microbiane depolution of phenolic waters with a view to biological diversitivity. – DEFENOL
Contributor
- 31 032/07 Modification of heavy metals on aqua fifers by complex
study of aquatic fauna and monitoring in GRID MODEL system. stem GRID
MODEL ACVASUB
Project manager: Frentiu Tiberiu
- 31
080/07 Bioremediation of soils contaminated with products from
petroleum industry and introduction in the social-economic circuit.
SOLPETRO
Contributor
- 21 073/07 Evaluation of geothermale resources and durable use of a geothermal energy in Romania. EVAGEOTERM
Contributor
- 31 014/07 Wood-polymer composites with components of
nano-structured materials and nanosensors for improvement of the
habitat microenvironment. NANOPROTECT
Contributor
- 85/07 Improvement of performance and extend of test in the
laboratory for environmental determination by development its
infrastructure. EDILAM
Contributor
- Miniaturized Equipment with Capacitively Coupled Plasma Microtorch
and Analytical Technologies for Simultaneous Elemental Determination
used in Environment and Foods control (MICROCCP),
Contract no. PCCA
176/02.07.2012
Project manager: Frentiu Tiberiu
- Analytical eco-scale methods for the determination and speciation of Hg by UV photo-induced derivatization and detection using a fully-miniaturized experimental spectrometric system (ECOSPEC)
Contract nr. PN-III-P2-2.1-PED-2016-0135.
Project manager: Frentiu Tiberiu
-
Project PNIII: Innovative Technologies For Advanced Materials Recovery from IT and Telecommunication Waste (TRADE-IT)
Project nr.: PN-III-P1-1.2-PCCDI-2017-0652
Project duration: 01/03/2018 - 30/04/2021
Director: Prof. Dr. Marius Ioan Purcar (UTCN)
Partner 1 (UBB): Efficient and environmentally friendly electrochemical and chemical technologies for advanced recovery of printed circuit board waste (PCBW) materials from computer and telecommunications equipment.
Project manager: Prof. Dr. Ing. Ilea Petru
Member: Prof. Dr. Tiberiu Frențiu;
Project description:The project proposes the construction of a complex of installations and their chaining in a technological process for the complete recovery of the components and materials from IT and Telecommunication Waste
-
Project PNIII: Food chains in the dark: diversity and evolutionary process in caves
Project nr.: PN-III-P4-ID-PCCF2016-0016
Project duration: 2018 - 2022
Director: Dr. Oana Teodora Moldovan (Institutul de Speologie Emil Racoviță, Cluj-Napoca)
Member: Prof. Dr. Tiberiu Frențiu;
-
PED Project: Simultaneous elemental microanalytical method for environment and food control using passive sampling coupled with miniaturized instrumentation based on plasma microtorch optical emission spectrometry
Project no.: PN-III-P2-2.1-PED2021-0151
Project duration: 2022 - 2024
Director: CS I Dr. Senila Marin (INCDO-INOE 2000 subsidiary Research Institute for Analytical Instrumentation ICIA)
Responsable from UBB: Prof. Dr. Frentiu Tiberiu
Project description:The project aims to develop and validate new highly-sensitive microanalytical methods without matrix effects to determine Hg, Pb, Cd, As, Sb, Cu and Zn of interest for environmental and food quality control using passive preconcentration by gradient diffusion in thin layer (DGT) and detection by optical emission spectrometry in capacitively coupled plasma microtorch (DGT-SSETV-μCCP-OES).
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