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“Green chemistry”, as a rather novel field of chemistry and chemical engineering, is one of the key routes to assist researchers in sustainable development. Among the most valuable assets of green chemistry, “green solvents” are primary candidates to replace the industry workhorses, i.e., conventional harmful solvents.
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Keywords
- 1-butanol
- 2-methyltetrahydrofuran
- Acacia mearnsii
- adsorption
- ammonium-based protic ionic liquids
- aqueous mixtures
- Artificial Neural Networks
- Biodiesel
- Cellulose
- Chemistry
- chromatography
- CO2 absorption
- CO2 conversion
- complexation
- coolant temperature
- cooling time
- COSMO-RS
- deep eutectic solvent
- deep eutectic solvents
- density
- des
- dissolution mechanism
- energy analysis
- excess properties
- exergy analysis
- Flavonoids
- Glucose
- gravimetry
- green extraction
- green solvent
- hexavalent chromium
- humic acid
- hydrothermal reaction
- hypercrosslinked polystyrene
- ionic liquid
- isotherm
- Jam
- lattice potential energy
- layered structure
- mathematical modeling
- Mathematics & science
- metal catalysts
- metal oxide catalysts
- multiple linear regression
- n/a
- neutron total scattering
- NMR
- p-anisic acid
- PCM
- PFP
- phase transition
- piecewise linear regression
- Pyrus ussuriensis leaves
- Rankine cycle
- reaction mechanism
- Reference, information & interdisciplinary subjects
- refractive index
- Research & information: general
- response surface methodology
- Sandmeyer reactions
- solar energy
- solvent-aided crystallization
- standard entropy
- stirring speed
- supercritical fluid
- supercritical fluid extraction
- thermal expansion coefficient
- vermiculite
- viscosity
Links
DOI: 10.3390/books978-3-0365-8614-4Editions