ph.d. students
DR. CINZIA SALZANO |
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Contact: cinzia.salzano@uniparthenope.it
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Ph.D. student in “Energy Science and Engineering”, at the University of Naples “Parthenope” (start: 1st november 2019).
She graduated in Industrial Chemistry at University of Naples Federico II on 18/11/16, with Experimental Thesis in Physical Chemistry: "Effect of functionalized iron-oxide nanoparticles on the conformation and stability of human transferrin ".
She received a Master Degree in Sciences and Technologies of Industrial Chemistry, curriculum Products, Process and Enviromental Protection, at University of Naples Federico II on 19/06/19, with an Experimental Thesis in Physical Chemistry "Study of the temporal evolution process of formulations containing quaternary ammonium cationic surfactants", in collaboration with Procter and Gamble.
Since November 2019, she began her Ph.D. and collaborated on the development and application of innovative technologies for inertization (stabilization/solidification) of hazardous industrial solid waste and on the technological evaluation for the production of lightweight artificial aggregates by means of cementitious double step cold bonding pelletization. In addition, she collaborates on the development of new materials for energy applications and life cycle assessment (LCA) of the production processes of eco-compatible building materials. In particular, her research project is the reuse of fly ash, hazardous industrial solid waste, for the synthesis of geopolymer materials.
She graduated in Industrial Chemistry at University of Naples Federico II on 18/11/16, with Experimental Thesis in Physical Chemistry: "Effect of functionalized iron-oxide nanoparticles on the conformation and stability of human transferrin ".
She received a Master Degree in Sciences and Technologies of Industrial Chemistry, curriculum Products, Process and Enviromental Protection, at University of Naples Federico II on 19/06/19, with an Experimental Thesis in Physical Chemistry "Study of the temporal evolution process of formulations containing quaternary ammonium cationic surfactants", in collaboration with Procter and Gamble.
Since November 2019, she began her Ph.D. and collaborated on the development and application of innovative technologies for inertization (stabilization/solidification) of hazardous industrial solid waste and on the technological evaluation for the production of lightweight artificial aggregates by means of cementitious double step cold bonding pelletization. In addition, she collaborates on the development of new materials for energy applications and life cycle assessment (LCA) of the production processes of eco-compatible building materials. In particular, her research project is the reuse of fly ash, hazardous industrial solid waste, for the synthesis of geopolymer materials.
ENG. ANTONIO JACOPO MOLINO
Attending PhD studies (ranked 1st at scholarship competition) in Energy Science and Engineering (start: 1st november 2015 - expected end: 1st november 2018).
His research activities face several topics in the field of Energy Scinece and Engineering; mostly for: matherials and technology of MFCS for wastewater treatment.
He received a MS degree in Environmental and Land Planning Engineering from Federico II University on the: “Use of Reservoir sediments: case study of Guardialfiera Reservoir”.
Since September 2014 he led a professional experience relating to use of SOLID WORKS applied on scale-up process of microbial fuel cells at Edilgen Company SPA.
Since October 2014, he has a scientific collaboration with Parthenope University for the Manufacture Geopolymers production and relative verifications of resistance and reliability of the product, using reservoir sediments as precursors.
Since January 2015 he also worked, in association with matherials research group, on innovative materials for the realization of Microbial Fuel cell electrodes.
From 24 to 29 May 2015 he has contributed to a scientific Partecipation named "Geopolymers: the route to eliminate waste and emissions in ceramic and cement manufacturing." presented at ECIConference SchlossHerrnstein, Herrnstein, Austria.
Now his research activity is focused on diffrent electrodes matherial and scale-up of microbial fuel cells (MFC) to evaluate their power density variations .
In addition, he also focuses on the study and design of cement mortar made with sludge and lake sediments.
His research activities face several topics in the field of Energy Scinece and Engineering; mostly for: matherials and technology of MFCS for wastewater treatment.
He received a MS degree in Environmental and Land Planning Engineering from Federico II University on the: “Use of Reservoir sediments: case study of Guardialfiera Reservoir”.
Since September 2014 he led a professional experience relating to use of SOLID WORKS applied on scale-up process of microbial fuel cells at Edilgen Company SPA.
Since October 2014, he has a scientific collaboration with Parthenope University for the Manufacture Geopolymers production and relative verifications of resistance and reliability of the product, using reservoir sediments as precursors.
Since January 2015 he also worked, in association with matherials research group, on innovative materials for the realization of Microbial Fuel cell electrodes.
From 24 to 29 May 2015 he has contributed to a scientific Partecipation named "Geopolymers: the route to eliminate waste and emissions in ceramic and cement manufacturing." presented at ECIConference SchlossHerrnstein, Herrnstein, Austria.
Now his research activity is focused on diffrent electrodes matherial and scale-up of microbial fuel cells (MFC) to evaluate their power density variations .
In addition, he also focuses on the study and design of cement mortar made with sludge and lake sediments.