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Advanced Materials and Nanotechnology for Sustainable Energy and Environmental Applications
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Materials play a very important role in the technological development of a society. As a consequence, the continuous demand for more advanced and sophisticated applications is closely linked to the availability of innovative materials. Although aspects related to the study, the synthesis and the applications of materials are of interdisciplinary interest, in the last few years, great attention has been paid to the development of advanced materials for environmental preservation and sustainable energy technologies, such as gaseous pollutant monitoring, waste water treatment, catalysis, carbon dioxide valorization, green fuel production, energy saving, water adsorption and clean technologies. This Special Issue aims at covering the current design, synthesis and characterization of innovative advanced materials, as well as novel nanotechnologies able to offer promising solutions to the these pressing themes.
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Keywords
- 1-octen-3-ol
- 1-pentanol
- 5-hydroxymethylfurfural (5-HMF)
- anaerobic digestion
- anchovies
- biorefinery
- Circular Economy
- composite foam
- d-limonene
- deliquescence
- diacetyl
- Fermentation
- FTIR
- furfural (FU)
- gas sensor
- granular activated carbon
- Graphene
- Heat Storage
- hexanal
- History of engineering & technology
- HRMAS NMR
- hydrochar
- hydrothermal carbonization
- in situ characterization
- Inhibition
- ionic liquids
- levulinic acid (LA)
- lithium chloride hydrate
- MOS
- MOX
- n/a
- nanomaterials
- open-circuit voltage
- orange peel waste (OPW)
- plasmonic nanoparticles
- power conversion efficiency
- resistive sensor
- short-circuit current density
- silicon solar cell
- Technology, engineering, agriculture
- Technology: general issues
- Thermal stability
- thermochemical storage
- tin oxide
- Zinc oxide
Links
DOI: 10.3390/books978-3-0365-5230-9Editions