Sugar
We have experties in manufacturing water soluble polymers for sugar segment. Our product basket offers chemical solutions that result in better color, higher yields and improved efficiency in the sugar industry.
Our specialty chemicals like Coagulant, Flocculants, Defoamers, Antiscalents, Biocides, Enzymes are engineered to improve throughput, enhance yield and optimize Sugar Process.
Our treatment programs offer innovative solutions for sugar Mill sanitation, Sugar juice clarification, Flotation Aid, Viscosity reducer, Colour precipitant for sugar refining etc.
| Applications | RISHLYTE Coagulants | RISHFLOC Flocculants | RISHICIDE Biocides | RISHFOAM Defoamer | RISHLYTE Antiscalent / Viscosity Modifiers |
|---|---|---|---|---|---|
| Sugar Cane / Beet Juicer | |||||
| Juice Liming | |||||
| Juice Clarification | |||||
| Mill Sanitation | |||||
| Juice Evaporation | |||||
| Pan Additives | |||||
| Sugar Refining | |||||
| Molasses Distillery | |||||
| Effluent Treatment |
Applications
Juice Clarification
Decolorizing applications involve removal of large molecular compounds which require activated carbon with a well developed macropore structure. The information provided here applies to sugar refining but the same concepts and principles apply to other decolorising applications.
Applications
Mill Sanitation
These are specifically developed organic biocides for improved sanitation/hygiene in sugarcane juice and sugar mills. These are vastly superior to conventional chemicals lime ammonium bifluoride, bleaching powder and other halogen compounds.
Applications
Color Precipitant
This is a highly effective cationic polymer designed for improving color of sugar remelt/syrup in sugar mills and sugar refineries. It also removes certain high molecular weight impurities present in sugar remelt and syrup.
Applications
Juice Evaporator / Pan Additives
The clarified juice is concentrated in a multiple-effect evaporator to make a syrup of about 60 percent sucrose by weight. In a multiple-effect evaporator, water is boiled in a sequence of vessels, each held at a lower pressure than the last.
Applications
Waste Water
The treatment of these wastewaters requires a process that combines mechanical, chemical and biological treatment measures. The principle element of the purification process is based upon the aerobic activated sludge technology with one or more aeration stages.
