Recovery of sugars from cane molasses is a promising approach to increase the added value of molasses and reduce its environmental pollution. In this work, for the first time, nanofiltration (NF) was used for the separation of sucrose and reducing sugar in cane molasses by a cascade diafiltration-concentration process. The retention difference between sucrose and reducing sugar by all the tested NF membranes was not distinct at 25 A degrees C, while due to the thermal-induced pore size change and enhanced solute diffusivity, the NF retention behavior changed significantly at 60 A degrees C, and the DL membrane with a sucrose retention of 96% and a reducing sugar retention 5% was selected for the process optimization and modeling. High tempe...
Application of membrane filtration to sugarcane juice refining is appealing because it can eliminate...
AbstractSugar beet press water is one of the main wastewater in the sugar industry, which presently ...
This thesis constitutes a part of the "IMPRESS" project which is aiming at the production of bio-pla...
Biorefineries are rapid growing branches in the world of sustainable chemical engineering, and one a...
Membrane technology provides a green approach to recover sucrose from cane molasses. However, the tr...
Economically viable recovery of sucrose from sugarcane molasses is of great interest to academia and...
Molasses-based fermentation produces a large amount of wastewater with high salinity and recalcitran...
Molasses-based fermentation produces a large amount of wastewater with high salinity and recalcitran...
Molasses-based fermentation produces a large amount of wastewater with high salinity and recalcitran...
Molasses is a sugar mill by-product with low value that today is used primarily for animal feed. How...
Due to the complexity of fermentation mixtures, separation of solutes and secondary substrates has a...
Cane molasses is mainly used for ethanolic fermentation but a large amount of wastewater with refrac...
Production of 5-hydroxymethylfurfural from sugar beet molasses as feed-stock should in theory be a s...
Cane molasses is mainly used for ethanolic fermentation but a large amount of wastewater with refrac...
Molasses is a dark brown by-product of sugar production and refining, rich in sugar, vitamins, and s...
Application of membrane filtration to sugarcane juice refining is appealing because it can eliminate...
AbstractSugar beet press water is one of the main wastewater in the sugar industry, which presently ...
This thesis constitutes a part of the "IMPRESS" project which is aiming at the production of bio-pla...
Biorefineries are rapid growing branches in the world of sustainable chemical engineering, and one a...
Membrane technology provides a green approach to recover sucrose from cane molasses. However, the tr...
Economically viable recovery of sucrose from sugarcane molasses is of great interest to academia and...
Molasses-based fermentation produces a large amount of wastewater with high salinity and recalcitran...
Molasses-based fermentation produces a large amount of wastewater with high salinity and recalcitran...
Molasses-based fermentation produces a large amount of wastewater with high salinity and recalcitran...
Molasses is a sugar mill by-product with low value that today is used primarily for animal feed. How...
Due to the complexity of fermentation mixtures, separation of solutes and secondary substrates has a...
Cane molasses is mainly used for ethanolic fermentation but a large amount of wastewater with refrac...
Production of 5-hydroxymethylfurfural from sugar beet molasses as feed-stock should in theory be a s...
Cane molasses is mainly used for ethanolic fermentation but a large amount of wastewater with refrac...
Molasses is a dark brown by-product of sugar production and refining, rich in sugar, vitamins, and s...
Application of membrane filtration to sugarcane juice refining is appealing because it can eliminate...
AbstractSugar beet press water is one of the main wastewater in the sugar industry, which presently ...
This thesis constitutes a part of the "IMPRESS" project which is aiming at the production of bio-pla...