Dr. eng. Loredana Brînză (Țepeș)
Project leader
Has substantial experience on working with various nanoparticle, quantitative and qualitative investigation of sorption, degradation, transformation and sequestration processes involved in pollutants uptake. She investigates processes occurring at the solid-liquid interface at a molecular scale by using lab based as well as synchrotron techniques.
Dr. sc. Maria Ignat
Experienced researcher
Has extensive experience in nanoparticles synthesis, characterization and their applications, improvements of nanoparticles properties for specific applications, nanoparticles synthesis in nanoreactor, etc.
Dr. eng. Cristina-Giorgiana Coromelci
Young researcher
Has expertise in nanoparticles synthesis and characterization and their application to wastewater depollution using advance photocatalytic methods for the degradation of organic pollutants.
Dr. sc. Elena-Andreea Maftei
Young researcher
Has geochemical background applied in the field of environmental pollution -great experience in application of analytical methods such as diffraction and Raman spectroscopy in geochemical and mineralogical studies.
PhD student
Lupu Alecsandra
Alexandra and Andreea working hard in the lab
New set up for in situ and in real time monitoring the kinetic of nanoparticles formation and growth
Experimental set up for polutants adsorption onto nanoparticles
Maria and Loredana conducting experiemnts at synchrotron
Project financed by Ministry of Research, Innovation and Digitization, CNCS UEFISCDI. Title: ENVIRONMENTAL APPLICATIONS OF AMORPHOUS MINERALS PRECURSORS FOR WATER DEPOLLUTION, (ENVNANOMINPREC) Cod: PN-III-P1-1.1-TE-2021-0207, Contract: TE 24/2022