The processing of broken rice can be integrated to produce ethanol, alcohol, maltodextrin and related products while first separating rice protein from the raw material. This approach enables recovery of high-quality food-grade rice protein with purity of more than 80%. The report describes the protein as non-allergenic and non-genetically modified, with good absorption characteristics compared with soy protein and other proteins.
Alcoholic beverages have been produced for a very long time, with early fermentation likely discovered accidentally when naturally occurring sugars in materials such as honey, fruit juice and tree sap fermented under suitable conditions. The term “alcohol” was initially applied to spirits of wine and ethyl alcohol and is now used for a broader series of substances with similar characteristics.
Ethyl alcohol is the active constituent of intoxicating liquor produced through fermentation of saccharine materials. It is also a versatile oxygen-containing organic chemical with applications as a solvent, germicide, beverage ingredient, antifreeze, fuel, depressant and chemical intermediate. Ethanol is the IUPAC name for the chemical, while the generic term “alcohol” has historical roots in the Arabic words “al” and “kohl.”
| Particulars | Value |
|---|---|
| Plant Capacity | 150 KL/Day |
| Land & Building (84,000 sq.mt.) | Rs. 31.08 Cr |
| Plant & Machinery | Rs. 223.98 Cr |
| Working Capital for 2 Months | Rs. 47.43 Cr |
| Total Capital Investment | Rs. 305.62 Cr |
| Rate of Return | 38% |
| Break Even Point | 50% |
Ethanol is ethyl alcohol produced industrially by converting fermentable carbohydrates into alcohol and then separating and purifying the resulting ethanol.
For grain-based production, the report describes grain handling and milling followed by mashing, liquefaction, fermentation and distillation. Dehydration may subsequently be used where higher-purity or fuel-grade ethanol is required. The process can also generate distillers dried grain and solubles (DDGS) as a co-product, while utilities and effluent-treatment systems support plant operation.
Broken rice can serve as a starch-rich grain feedstock that can be processed into fermentable material for ethanol production.
The report specifically considers broken rice and other grains through grain handling, milling, mashing, liquefaction, fermentation and distillation. Its proposed integrated approach also separates rice protein before the starch fraction is processed into products such as ethanol and maltodextrin. This can support recovery of multiple product streams rather than relying solely on ethanol as the output.
The main stages are feedstock preparation, liquefaction, fermentation, distillation and, where required, dehydration.
The report also identifies supporting sections for grain receiving and storage, milling, evaporation, decantation, DDGS drying, utilities, water treatment, condensate polishing, product storage, electrical systems and instrumentation. Together, these systems provide the material handling, process control, heat management, water supply, product recovery and plant services required for continuous industrial operation.
Fermentation converts fermentable sugars into ethanol through the activity of microorganisms, typically yeast.
In a grain ethanol plant, starch must first be converted into fermentable sugars through appropriate upstream processing. The report includes dedicated sections on the organism used in alcohol production, yeast type, cell characteristics and fermentation. Controlled operating conditions are important because temperature, pH, nutrient availability, contamination control and residence time can influence fermentation performance and the quality of the resulting process stream.
A grain-based ethanol plant requires process equipment for feed preparation, conversion, fermentation, separation, dehydration and co-product handling, together with utility and control systems.
The report covers grain receiving and storage equipment, milling systems, liquefaction and fermentation equipment, multipressure distillation, reboilers, condensers and coolers, ethanol dehydration, decantation, evaporation, steam tube bundle drying and DDGS drying. It also includes cooling towers, air compressors, water-treatment equipment, electrical systems, instrumentation and laboratory equipment.
Wastewater management in an ethanol plant involves treatment, recovery and controlled disposal systems designed around the characteristics of the process effluent.
The report includes pollution control, wastewater treatment and solid or hazardous waste management and disposal. It also identifies a condensate polishing unit and a water treatment plant as part of the overall plant infrastructure. Effective treatment helps manage process water quality and supports compliance with applicable environmental requirements while enabling suitable water reuse or discharge practices.
DDGS stands for distillers dried grains with solubles and is a co-product associated with grain-based ethanol production.
After fermentation and ethanol recovery, the remaining grain-derived material can be processed to recover useful solids and then dried. The report includes a dedicated DDGS section covering dryer equipment, vapour ducting and drive arrangements. Proper drying and handling are important for obtaining a stable co-product and for integrating heat and vapour streams efficiently within the wider ethanol manufacturing process.
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