Detailed Project Report (DPR) on Grain Based Fuel Ethanol Plant 30 KLD with 500-800 KW Co-Generation Plant and Generation of Co2 for 16 TPD

Detailed Project Report (DPR) on Grain Based Fuel Ethanol Plant 30 KLD with 500-800 KW Co-Generation Plant and Generation of Co2 for 16 TPD
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India
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Industry Overview

India's energy demand continues to increase due to economic growth, population expansion, urbanization, changing lifestyles, and rising purchasing power. The road transportation sector currently relies predominantly on fossil fuels, while biofuels account for a comparatively small share of fuel consumption. As India imports a significant portion of its crude oil requirement, expanding domestic biofuel production presents an important opportunity to enhance energy security, reduce dependence on imported fuels, support environmental sustainability, and generate employment. Biofuels also contribute to national initiatives such as Make in India, Swachh Bharat, improved farmer incomes, and waste-to-wealth development.

Ethanol is one of the principal biofuels produced primarily through the fermentation of sugars by yeast or through petrochemical processes such as ethylene hydration. Besides its role as an alternative transportation fuel, ethanol is widely used as an antiseptic, disinfectant, chemical solvent, and intermediate in the manufacture of organic compounds. The Government of India notified the National Policy on Biofuels–2018 on 4.06.2018, under which the Ethanol Blended Petrol (EBP) Programme established an indicative target of achieving 20% ethanol blending with petrol by 2030.

The report also highlights grain-based ethanol production using broken rice as a feedstock. By separating rice protein before processing starch into ethanol, maltodextrin, and related products, the process enables the production of high-purity, food-grade rice protein while maximizing the value of the raw material. This integrated approach supports efficient resource utilization and diversified product output. Ethanol, whose IUPAC name is ethanol, belongs to the alcohol family, with the generic term "alcohol" historically derived from the Arabic words al and kohl.

Cost Estimation

Particular Value
Plant Capacity 30 KL/Day
Land & Building (15 Acres) Rs. 12.50 Cr
Plant & Machinery Rs. 35.85 Cr
Working Capital for 1 Month Rs. 7.58 Cr
Total Capital Investment Rs. 59.19 Cr
Rate of Return 29%
Break Even Point 52%

Content Index

  • INTRODUCTION
  • OVERVIEW OF ETHANOL IN INDIA
  • ENERGY SECURITY
  • COMPATIBLE VEHICLES
  • IMPACT ON EMISSIONS
  • GLOBAL EVIDENCES
  • NATIONAL POLICY ON BIOFUELS
  • PROPERTIES
  • SOURCES OF ALCOHOL
  • USES/APPLICATIONS
  • INDIAN MANUFACTURING INDUSTRY
  • INTRODUCTIONA
  • MARKET SIZE
  • INVESTMENT
  • SOME OF THE MAJOR INVESTMENTS AND DEVELOPMENTS IN THIS SECTOR IN THE RECENT PAST ARE:
  • GOVERNMENT INITIATIVES
  • IN THE UNION BUDGET 2023-24:
  • IN THE UNION BUDGET 2022-23:
  • ROAD AHEAD
  • ETHANOL SUPPLY PROJECTION IN INDIA
  • ETHANOL PRODUCTION CAPACITIES
  • MODIFIED INTEREST SCHEME TO ENHANCE PRODUCTION CAPACITY OF ETHANOL
  • AVAILABILITY OF FEED-STOCK FOR ETHANOL IN THE COUNTRY (IN LAKH TON)
  • ESTIMATION OF SUPPLY & CAPACITY AUGMENTATION
  • YEAR WISE & SECTOR WISE ETHANOL PRODUCTION PROJECTIONS
  • ETHANOL CAPACITY REQUIREMENT BY YEAR AND RAW MATERIAL
  • ETHANOL CAPACITY AUGMENTATION (20% BLENDING BY 2025-26)
  • AVAILABILITY OF FEED-STOCKS FOR ETHANOL PRODUCTION
  • FUEL ETHANOL DEMAND IN INDIA
  • GROWTH IN VEHICLE POPULATION
  • PROJECTED ADDITION OF GASOLINE VEHICLES (IN LAKHS)
  • DEMAND PROJECTIONS OF GASOLINE
  • GASOLINE DEMAND PROJECTIONS
  • DEMAND PROJECTION OF FUEL ETHANOL
  • ETHANOL DEMAND PROJECTION
  • ADDITIONAL MODELING OF ETHANOL DEMAND SCENARIOS
  • CONSERVATIVE (LOW EVS) –
  • BUSINESS-AS-USUAL (BAU, MEDIUM EVS) –
  • LOW CARBON (HIGH EV UPTAKE) –
  • ETHANOL BLENDING PROGRAMME IN INDIA
  • NODAL AGENCY FOR ETHANOL PRODUCTION
  • FEEDSTOCK COST AND ETHANOL YIELD
  • QUANTITY SUPPLIED (ETHANOL) AND %BLENDING TRENDS
  • MANUFACTURERS/SUPPLIERS OF ETHANOL
  • TRADE AND TECHNICAL NAMES
  • TYPE OF YEAST
  • THEY ARE GROUPED TOGETHER IN THREE FAMILIES ARE: -
  • SHAPE AND SIZE OF CELLS
  • CONTENTS OF THE CELL
  • YEAST SPARES
  • BIS SPECIFICATION
  • MANUFACTURING PROCESS
  • PROJECT DESCRIPTION WITH PROCESS DETAILS
  • GRAIN BASED DISTILLERY:
  • FLOW CHART SHOWING GRAIN HANDLING AND MILLING
  • LIQUEFACTION SECTION
  • FLOW CHART SHOWING LIQUEFACTION PROCESS
  • FERMENTATION SECTION
  • MPR DISTILLATION
  • MOLECULAR SIEVE DEHYDRATION (MSDH) FOR ETHANOL
  • FLOW CHART SHOWING MSDH TECHNOLOGY
  • DECANTATION SECTION
  • INTEGRATED EVAPORATION
  • DWGS DRYER SECTION
  • EFFLUENT TREATMENT SCHEME:
  • FOLLOWING EFFLUENT STREAMS WILL BE GENERATED FROM THE PROCESS:
  • UNIT PROCESS & EQUIPMENT:
  • DECANTER CENTRIFUGE
  • MULTIPLE EFFECT EVAPORATION PLANT
  • AGITATED MINGLER:
  • EFFLUENT TREATMENT SCHEME
  • CHARACTERISTICS EFFLUENT FOR DESIGN PURPOSE
  • CAPTIVE POWER PLANT:
  • BOILER & AUXILIARIES
  • THE HIGH EFFICIENCY PLANT WILL INCLUDE FOLLOWING MAJOR SECTIONS:
  • TURBINE & AUXILIARIES
  • LIQUEFACTION
  • FERMENTATION
  • DISTILLATION
  • PROCESS FLOW DIAGRAM
  • SEQUENCES - ETHANOL PRODUCTION
  • PROCESS IN DETAILS FOR ALCOHOL PRODUCTION
  • ALCOHOL PRODUCTION FROM BROKEN RICE AND OTHER GRAIN
  • GRAIN HANDLING AND MILLING
  • MASHING
  • FERMENTATION
  • DISTILLAITON
  • TECHNOLOGY
  • ACID HYDROLYSIS OF DAMAGED RICE
  • INCUBATION AT VARYING CONDITIONS
  • ACID HYDROLYSIS AT VARYING TEMPERATURES
  • ACID HYDROLYSIS AT VARYING PHYSICAL TREATMENT
  • THERMO CHEMICAL PROCESS IN HYDROLYSIS
  • POLLUTION CONTROL
  • WASTE WATER TREATMENT
  • ENVIRONMENT MANAGEMENT PLAN
  • AIR QUALITY MANAGEMENT:
  • WATER QUALITY MANAGEMENT
  • NOISE MANAGEMENT
  • SOLID & HAZARDOUS WASTE MANAGEMENT
  • ODOUR MANAGEMENT
  • PLANT & MACHINERY (BROADLY)
  • AREA 1 – GRAIN RECEIVING AND STORAGE SECTION
  • AREA 2 – GRAIN HANDLING AND MILLING SECTION
  • AREA 3 – LIQUEFACTION SECTION
  • AREA 3 – FERMENTATION SECTION
  • AREA 4 – MULTIPRESSURE DISTILLATION SECTION
  • AREA 5 – ETHANOL DEHYDRATION SECTION
  • AREA 6 – DECANTATION SECTION
  • AREA 6.1: INTEGRATED EVAPORATION PLANT ON DISTILLATION COLUMN
  • AREA 6.2: DRYER VAPOUR INTEGRATION EVAPORATION PLANT
  • DDGS DRYER EQUIPMENT SECTION
  • LABORATORY EQUIPMENT’S (BROADLY)
  • SUPPLIERS OF RAW MATERIALS
  • SUPPLIERS OF BROKEN RICE
  • SUPPLIERS OF PLANT & MACHINERY
  • SUPPLIERS OF SILO
  • SUPPLIERS OF HAMMER MILLS
  • SUPPLIERS OF COOLING TOWER
  • SUPPLIERS OF REACTORS
  • SUPPLIERS OF D.G. SETS
  • SUPPLIERS OF BOILERS
  • SUPPLIERS OF CONDENSER
  • FIREFIGHTING EQUIPMENTS MANUFACTURERS & SUPPLIERS
  • ELECRICAL GOOD & SWITCH MANUFACTURE
  • LABORATORTY EQUIPMENTS MANUFACTURERS
  • SUPPLIERS OF DISTILLATION COLUMN
  • SUPPLIERS OF SCRUBBER
  • ENGINEERING DESIGN CONSIDERATIONS
  • ETP FACILITY
  • ETP FLOW DIAGRAM (TYPICAL)
  • SEWAGE AND WASTE WATER EFFLUENT
  • STP FLOW DIAGRAM (TYPICAL)
  • ADDRESSES OF RELEVANT GOVERNMENT OFFICES
  • ADDRESSES OF FINANCIAL INSTITUTIONS
  • PRINCIPLES OF PLANT LAYOUT
  • PLANT LOCATION FACTORS
  • PRIMARY FACTORS
  • 1. RAW-MATERIAL SUPPLY:
  • 2. MARKETS:
  • 3. POWER AND FUEL SUPPLY:
  • 4. WATER SUPPLY:
  • 5. CLIMATE:
  • SPECIFIC FACTORS
  • 6. TRANSPORTATION:
  • 7. WASTE DISPOSAL:
  • 8. LABOR:
  • 9. REGULATORY LAWS:
  • 10. TAXES:
  • 11. SITE CHARACTERISTICS:
  • 12. COMMUNITY FACTORS:
  • 13. VULNERABILITY TO WARTIME ATTACK:
  • 14. FLOOD AND FIRE CONTROL:
  • EXPLANATION OF TERMS USED IN THE PROJECT REPORT
  • 1. DEPRECIATION:
  • 2. FIXED ASSETS:
  • 3. WORKING CAPITAL:
  • 4. BREAK-EVEN POINT:
  • 5. OTHER FIXED EXPENSES:
  • 6. MARGIN MONEY:
  • 7. TERM LOANS:
  • 8. TOTAL LOAD:
  • 9. LAND AREA/MAN POWER RATIO:
  • STATUTORY APPROVALS FROM GOVERNMENT
  • DOCUMENTS REQUIRED FOR LICENSES
  • LIST OF DOCUMENTS:
  • POLLUTION CONTROL MEASURES
  • AIR POLLUTION
  • WATER POLLUTION
  • NOISE POLLUTION
  • SOLID WASTE MANAGEMENT
  • DISPOSAL OF SLAG FROM FERRO ALLOYS:
  • PLANTATION
  • SELECTION CRITERIA OF PLANT SPECIES FOR GREEN DEVELOPMENT PLANT
  • SWOL ANALYSIS
  • STRENGTHS
  • OPPORTUNITIES
  • WEAKNESS
  • LIMITATIONS
  • IMPLEMENTATION SCHEDULE
  • ORGANIZATION CHART
  • PLANT LAYOUT
  • CONCLUSIONS

Appendix

  • 01. PLANT ECONOMICS
  • 02. LAND & BUILDING
  • 03. PLANT AND MACHINERY
  • 04. OTHER FIXED ASSESTS
  • 05. FIXED CAPITAL
  • 06. RAW MATERIAL
  • 07. SALARY AND WAGES
  • 08. UTILITIES AND OVERHEADS
  • 09. TOTAL WORKING CAPITAL
  • 10. TOTAL CAPITAL INVESTMENT
  • 11. COST OF PRODUCTION
  • 12. TURN OVER/ANNUM
  • 13. BREAK EVEN POINT
  • 14. RESOURCES FOR FINANCE
  • 15. INSTALMENT PAYABLE IN 5 YEARS
  • 16. DEPRECIATION CHART FOR 5 YEARS
  • 17. PROFIT ANALYSIS FOR 5 YEARS
  • 18. PROJECTED BALANCE SHEET FOR (5 YEARS)

Frequently Asked Questions

A grain-based ethanol plant converts starch-rich grains into fuel-grade ethanol. The process generally includes grain handling, milling, liquefaction, fermentation, distillation, dehydration, and by-product recovery. In this project, broken rice is identified as a primary feedstock, enabling ethanol production while also recovering valuable co-products such as rice protein and maltodextrin through an integrated processing approach.

Ethanol helps improve energy security by reducing dependence on imported fossil fuels. Increasing domestic ethanol production supports fuel diversification, encourages agricultural participation, promotes rural employment, and contributes to lower vehicular emissions when blended with petrol. These benefits make ethanol an important component of India's long-term energy transition strategy.

Starch- and sugar-rich agricultural feedstocks are commonly used to manufacture ethanol. According to the report, broken rice is an important raw material, and the production process can also utilize other grains. Feedstock selection depends on availability, processing technology, economics, and compliance with applicable regulations and quality requirements.

Ethanol production involves several integrated processing stages. Typical operations include grain receiving, milling, liquefaction, fermentation, distillation, molecular sieve dehydration, evaporation, drying, and effluent treatment. These units work together to maximize ethanol recovery while efficiently handling by-products and maintaining environmental compliance.

Modern ethanol plants incorporate pollution control and waste management systems. The report includes wastewater treatment, effluent treatment, air quality management, noise control, solid and hazardous waste management, odour management, and environmental management planning. These systems help minimize environmental impact while supporting regulatory compliance.

Successful ethanol projects require careful technical, commercial, and regulatory planning. Important considerations include feedstock availability, plant location, utilities, transportation, environmental compliance, equipment selection, financing, statutory approvals, manpower, waste management, and plant layout. Evaluating these factors helps improve operational efficiency and long-term project viability.

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