Laboratory studies have been carried out on the effect of chemical treatment with the use of various sulfite-containing reagents of sugar production concentrated intermediates - thick juice and remelt syrups on the beet sugar quality. It has been established that the chemical treatment of concentrated intermediates with the use of sulfur dioxide provides a greater reduction in their color compared to sodium bisulfite – from 996,7 to 830,30 and 857,30 ICUMSA units, respectively. It has been established that chemical treatment with the use of sulfite-containing reagents improves the quality of the resulting sugar. It has been established that during longterm storage (up to 100 days) of concentrated sugar-containing intermediates, their color ...
New sugar beet varieties may qualify as an advanced biofuel feedstock in the U.S., but new alternati...
Industrial beets may compete against corn grain as an important source of sugars for non-food indust...
The significant sugar beet molasses amount generation (4−5% on beet) in the sugar production process...
Abstract THE PRESENCE of sulfur in sugar, apart from making it potentially harmful for human consump...
THERE is significant interest in many sugar producing countries towards producing a higher quality p...
In the technology of beet sugar, technological aids play a special role, but the effectiveness of th...
Studies in the 1970s showed that sugar beet partitioned into root, crown and scalp had large concent...
The United States produces about 1.8 million tons of sugar annually. Approximately 75 per cent of th...
The use of SO2 via the sulfitation process for the production of plantation white sugar is discourag...
M.Tech. (Chemical Engineering)Laboratory and pilot plant trials were carried out on a modified carbo...
The Syrup from multiple effect evaporators was bleached with sulphur dioxide gas to reduce coloured ...
A field experiment was carried out to evaluate modifications on the chemical and biochemical paramet...
57-61Attempts have been made to replace the mostly used reducing agent (sodium sulphide), and the ...
Attempts have been made to replace the mostly used reducing agent (sodium sulphide), and the most ef...
In recent years, the annual processing of sugar beet in Russia is 45 million tons or more, which all...
New sugar beet varieties may qualify as an advanced biofuel feedstock in the U.S., but new alternati...
Industrial beets may compete against corn grain as an important source of sugars for non-food indust...
The significant sugar beet molasses amount generation (4−5% on beet) in the sugar production process...
Abstract THE PRESENCE of sulfur in sugar, apart from making it potentially harmful for human consump...
THERE is significant interest in many sugar producing countries towards producing a higher quality p...
In the technology of beet sugar, technological aids play a special role, but the effectiveness of th...
Studies in the 1970s showed that sugar beet partitioned into root, crown and scalp had large concent...
The United States produces about 1.8 million tons of sugar annually. Approximately 75 per cent of th...
The use of SO2 via the sulfitation process for the production of plantation white sugar is discourag...
M.Tech. (Chemical Engineering)Laboratory and pilot plant trials were carried out on a modified carbo...
The Syrup from multiple effect evaporators was bleached with sulphur dioxide gas to reduce coloured ...
A field experiment was carried out to evaluate modifications on the chemical and biochemical paramet...
57-61Attempts have been made to replace the mostly used reducing agent (sodium sulphide), and the ...
Attempts have been made to replace the mostly used reducing agent (sodium sulphide), and the most ef...
In recent years, the annual processing of sugar beet in Russia is 45 million tons or more, which all...
New sugar beet varieties may qualify as an advanced biofuel feedstock in the U.S., but new alternati...
Industrial beets may compete against corn grain as an important source of sugars for non-food indust...
The significant sugar beet molasses amount generation (4−5% on beet) in the sugar production process...