This paper represents the first attempt to quantitatively and reliably assess the environmental sustainability of solution combustion synthesis (SCS) with respect to other soft chemistry strategies, which are more conventionally employed in the preparation of engineered oxide nanomaterials, namely hydrolytic and non-hydrolytic sol-gel syntheses (i.e., HSGS and NHSGS). Indeed, although SCS is well known to rely on significant reduction in the energy as well as time required for the obtainment of the desired nanocrystals, its quantitative environmental assessment and a detailed comparison with other existing synthetic pathways represents an absolute novelty of high scientific desirability in order to pursue a more sustainable development in the inorganic chemistry as well as materials science research fields. TiO2 nanoparticles were selected as the material of choice, for the production of which three slightly modified literature procedures were experimentally reproduced and environmentally evaluated by the application of the comprehensive Life Cycle Assessment (LCA) methodology. Particularly, SCS was compared from an environmental perspective with sol-gel approaches performed both in water and in benzyl alcohol. The results of the present study were also framed among those recently obtained in a systematic study assessing seven further chemical, physical and biological routes for the synthesis of TiO2 nanoparticles, comprising also flame spray pyrolysis (typically used in industrial productions), highlighting and quantifying the excellent environmental performances of SCS.

Life cycle impact assessment of solution combustion synthesis of titanium dioxide nanoparticles and its comparison with more conventional strategies / Rosa, Roberto; Paradisi, Enrico; Gualtieri, Eva Magdalena; Mugoni, Consuelo; Cappucci, GRAZIA MARIA; Ruini, Chiara; Neri, Paolo; Ferrari, Anna Maria. - In: CHEMSUSCHEM. - ISSN 1864-564X. - 16:8(2023), pp. 1-35. [10.1002/cssc.202202196]

Life cycle impact assessment of solution combustion synthesis of titanium dioxide nanoparticles and its comparison with more conventional strategies

Roberto Rosa;Enrico Paradisi;Magdalena Lassinantti Gualtieri;Consuelo Mugoni;Grazia Maria Cappucci;Chiara Ruini;Paolo Neri;Anna Maria Ferrari
2023

Abstract

This paper represents the first attempt to quantitatively and reliably assess the environmental sustainability of solution combustion synthesis (SCS) with respect to other soft chemistry strategies, which are more conventionally employed in the preparation of engineered oxide nanomaterials, namely hydrolytic and non-hydrolytic sol-gel syntheses (i.e., HSGS and NHSGS). Indeed, although SCS is well known to rely on significant reduction in the energy as well as time required for the obtainment of the desired nanocrystals, its quantitative environmental assessment and a detailed comparison with other existing synthetic pathways represents an absolute novelty of high scientific desirability in order to pursue a more sustainable development in the inorganic chemistry as well as materials science research fields. TiO2 nanoparticles were selected as the material of choice, for the production of which three slightly modified literature procedures were experimentally reproduced and environmentally evaluated by the application of the comprehensive Life Cycle Assessment (LCA) methodology. Particularly, SCS was compared from an environmental perspective with sol-gel approaches performed both in water and in benzyl alcohol. The results of the present study were also framed among those recently obtained in a systematic study assessing seven further chemical, physical and biological routes for the synthesis of TiO2 nanoparticles, comprising also flame spray pyrolysis (typically used in industrial productions), highlighting and quantifying the excellent environmental performances of SCS.
2023
5-gen-2023
16
8
1
35
Life cycle impact assessment of solution combustion synthesis of titanium dioxide nanoparticles and its comparison with more conventional strategies / Rosa, Roberto; Paradisi, Enrico; Gualtieri, Eva Magdalena; Mugoni, Consuelo; Cappucci, GRAZIA MARIA; Ruini, Chiara; Neri, Paolo; Ferrari, Anna Maria. - In: CHEMSUSCHEM. - ISSN 1864-564X. - 16:8(2023), pp. 1-35. [10.1002/cssc.202202196]
Rosa, Roberto; Paradisi, Enrico; Gualtieri, Eva Magdalena; Mugoni, Consuelo; Cappucci, GRAZIA MARIA; Ruini, Chiara; Neri, Paolo; Ferrari, Anna Maria
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11380/1295971
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