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Solvent Emissions Prediction from Laboratory Fume Hoods: a preliminary study (January 2026)
A new study presents a chemometric approach for predicting solvent emissions from laboratory fume hoods, focusing on the role of molecular and physicochemical descriptors.
The work combines controlled experimental measurements with univariate and multivariate modeling (OLS and PLS) to accurately predict solvent leakage under perturbed containment conditions.
The study was developed through a collaboration between academia and industry, involving the University of Camerino and Stargate Innovation Srl, highlighting the value of industry–academia partnerships in advancing chemical risk assessment and laboratory safety strategies
Exploring Environmental Element Monitoring Data Using Chemometric Techniques A Practical Case Study from the Tremiti Islands (Italy) (January 2026)
This study explores environmental element monitoring data from the Tremiti Islands using advanced chemometric techniques, developed in collaboration with the Universidad de Burgos, Prof. Ana Herrero.
By combining univariate analysis, multivariate methods (PCA and PLS-DA), multi-way modeling (PARAFAC), and low-level data fusion of elemental and BVOC data, the work reveals spatial and temporal patterns that are not detectable with conventional approaches.
The results highlight the power of chemometrics for improving the interpretation of complex environmental datasets and supporting more effective monitoring strategies
Assessment of the Geochemical Availability and Ecological Risk of Trace Elements in Marine Sediments of the Tremiti Islands (October 2025)
A new study has been published on the geochemical availability and ecological risk of trace elements in marine sediments from the Tremiti Islands, a sensitive Marine Protected Area, developed in collaboration with the Universidad de Cádiz , Prof. María Dolores Galindo-Riaño.
The work combines granulometric and mineralogical analyses, BCR sequential extraction, and contamination and ecological risk indices to evaluate metal mobility, bioavailability, and potential environmental impacts.
The results highlight that site-specific anthropogenic pressures can significantly influence sediment quality even within protected marine environments
Efficient and Sustainable: Direct Electrochemical Recovery of Lithium from Spent LiFePO4 Batteries (August 2025)
This study presents an efficient and sustainable direct electrochemical method for lithium recovery from spent LiFePO₄ batteries, combining chemometric optimization with selective lithium leaching and precipitation.
The approach achieves high lithium recovery efficiency and product purity, offering a greener alternative to conventional recycling routes and contributing to the development of more sustainable strategies for end-of-life lithium-ion batteries
Design of Experiments Approach for Efficient Heavy Metals Stabilization Using Metakaolin-Based Geopolymers (August 2025)
A new study presents a Design of Experiments (DoE) approach to the efficient stabilization of chromium and nickel using metakaolin-based geopolymers.
By systematically investigating key formulation parameters (Na/Al ratio, metal concentration, anion type, and activating solution aging time), the work provides new insights into immobilization mechanisms and demonstrates very high stabilization efficiencies (>98.8%) for both metals.
These results highlight the potential of geopolymer materials as effective and sustainable solutions for heavy metal–contaminated waste treatment
Group photo with Prof. Hongzhong Zhang and his team at Zhengzhou University of Light Industry, China
Prof. Mario Berrettoni and Dr. Silvia Zamponi visit Zhengzhou University of Light Industry, China
From May 30 to June 8, 2025, Prof. Mario Berrettoni and Prof. Silvia Zamponi visited Prof. Hongzhong Zhang and his team at the Zhengzhou University of Light Industry, China.
This scientific exchange was focused on strengthening research collaboration between the two institutions and exploring new opportunities in the field of analytical chemistry and materials science. The visit also aimed at fostering academic agreements between Italy and China for future joint research projects and student exchange programs.
The entire research group is proud of this important international outreach activity and looks forward to the upcoming developments resulting from this collaboration.
Opening slide of the talk presented at CEMEPE 2025
Martina Fattobene presents at CEMEPE 2025
PhD student Martina Fattobene has been selected to give an oral presentation at the 11th International Conference on Environmental Management, Engineering, Planning and Economics (CEMEPE 2025), which will take place on May 26, 2025, in Mykonos, Greece.
Her talk, titled "Assessment of the Geochemical Availability and Ecological Risk of Trace Metals in Marine Sediments of the Tremiti Islands", presents the results of a collaborative research project conducted with " Laboratorio del MA.RE.", University of Cádiz—where she carried out part of her research abroad—and the University of Camerino.
The entire group congratulates Martina on this achievement and wishes her the best for her presentation.
Post-defense photo with the research group and Prof. Ana Herrero Gutiérrez
Congratulations to Raffaele E. Russo!
On May 15, 2025, Raffaele Russo successfully defended his PhD thesis in Analytical Chemistry at the University of Camerino. His dissertation, titled "Development of Hydrometallurgical Processes for the Recovery of Critical and Precious Metals from Industrial Waste", focused on the application of chemometric techniques, with particular emphasis on Design of Experiments (DoE).
The entire research group congratulates Dr. Russo on this important milestone and wishes him continued success in his scientific career.
Prof. Ana Herrero Gutiérrez guest lecturer at the University of Camerino
During the week of May 12–17, 2025, we had the pleasure of hosting Prof. Ana Herrero Gutiérrez from the Chemometrics and Qualimetrics Group at the University of Burgos (Spain).
As part of an Erasmus+ mobility program, Prof. Herrero delivered a series of specialized lectures to first-year Analytical Chemistry students, covering key topics such as univariate regression analysis and experimental design. In addition, she held an advanced seminar for the research group, focusing on the practical application of chemometric techniques for chemical data analysis with particular emphasis on the treatment of N-way data matrices.
The visit contributed to improving the scientific collaboration between our institutions and offered students and researchers valuable insights into innovative analytical methodologies.
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