Exact(1)
Firstly, the extractive process was optimized by a Box-Benhken experimental design for each Eucalyptus species, maximizing the extraction yield, the total phenols content and its antioxidant capacity.
Similar(7)
Organic and ABE dilute phases from the extractive process were fed to the decanter and AC column, respectively.
To try to better determine the extent of extractive interference in achieving an accurate material balance in each of the residue samples, a two stage water-ethanol extraction process was next assessed.
The extractive distillation process was simulated and optimized with the HYSYS® software.
An extractive distillation process was investigated, comparing the imidazolium-based ionic liquids [EMIM][BF4] and [BMIM][BF4] as solvents for ethanol dehydration.
The simulated results indicated that the extractive distillation process was intensified by the addition of IL in saving energy and entrainer usage.
The extractive distillation process was designed and optimized with the equilibrium stage model, in which the UNIFAC-Lei model parameters were implemented.
To economically and effectively recover butanol from this kind of wastewater, 1,4-butanediol is selected as an extractant to break the formation of the azeotropes, and a double-effect extractive distillation process is proposed.
Related(1)
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