Sentence examples for extractive efficiency from inspiring English sources

Since the transgenic yeast could produce lactic acid efficiently even at lower than pH 3.5, high extractive efficiency was achieved when tri-n-decylamine (TDA), a tertiary amine, was used as the extractant.

When designing a biocompatible solvent for the extractive fermentation process, many issues, such as extractive efficiency, conversion, amount of solvent utilized and so on, have to be considered.

We show how reducing pressure can improve the design of a 1.0-1a mixture homogeneous extractive distillation process and we use extractive efficiency indicators to compare the optimality of different designs.

An extractive efficiency indicator that describes the ability of the extractive section to discriminate the desired product between the top and the bottom of the extractive section of the extractive section is calculated for comparing and explaining the benefit of lowering pressure on the basis of thermodynamic insight.

Compared with other nonionic surfactants such as Tween 80, Span 20, Triton X-114, Brij 30, PEG 4000, and Pluronic, Triton X-100 (TX) showed an excellent biocompatibility to fungal growth and extractive efficiency for Monascus pigment in an extractive fermentation (Hu et al. 2012a, b).

Compared to commercial polydimethysiloxane (PDMS) tubular membranes, both NC and M-NC possessed 10 times higher phenol extraction efficiency in an aqueous-aqueous extractive membrane process.

Compared with hexane which is conventional solvent used in MAA extractive separation, [N8881]Cl can get 49 times higher of partition coefficient value and the extraction efficiency reach 94.57% for the single-stage extraction.

A survey of the literature shows that many factors, such as the type of ionic liquid, ratio of IL to gasoline, number of extraction steps, contact time (shaking time), and temperature in some instances, may significantly influence the extractive desulfurization efficiency of gasoline and diesel fuels with ILs (Wang et al. 2007; Mochizuki and Sugawara 2008; Kedra-Krolik et al. 2011).

The microwave-assisted approach improves extractions of algae significantly, with a higher efficiency, reduced extractive-transesterification time and increased yield.

To improve the phenol removal efficiency in extractive processes, dense PDMS membranes with different macromolecular structures have been developed and evaluated in this work.

However, there are a few pitfalls: (a) The efficiency of extractive desulfurization is limited by the solubility of the organosulfur compounds in the solvent.