Industry Overview
Briquetting is a technology for converting agricultural and forestry waste into high-density solid fuel. Biomass materials such as sawdust, wood chips, bamboo waste, sugarcane bagasse, paddy straw, coconut stalks, branches and other agricultural residues can be compressed into cylindrical briquettes using high mechanical pressure, heat and compaction without chemical binders. The resulting biofuel can replace conventional fossil fuels in industrial boilers, furnaces and kilns and can also support thermal applications.
India generates substantial quantities of agricultural and forest residues, much of which is difficult to handle and transport because of its low bulk density. Converting these residues into briquettes provides a practical way to recover energy from waste while reducing inefficient burning and associated pollution. Briquetting therefore follows the principle of “Wealth from Waste” by creating a useful fuel and an additional revenue opportunity from biomass residues.
Two principal high-pressure technologies are used for briquetting: ram or piston presses and screw extrusion machines. Piston presses produce solid briquettes, while screw presses generally produce briquettes with a concentric hole that can improve combustion characteristics. With substantially higher density than loose biomass, briquettes are easier to store and transport and can provide improved boiler performance due to their lower moisture content and higher density.
The proposed project is a Green Field Project for a 1200Tons/Year Biomass Briquettes (Bamboo/Wood Chips) production facility.
Cost Estimation
| Particular | Value |
|---|---|
| Plant Capacity | 4 Ton/Day |
| Land & Building (495 sq.mt.) | Rs. 37.60 Lac |
| Plant & Machinery | Rs. 45.75 Lac |
| Working Capital for 0.25 Months | Rs. 01.39 Lac |
| Total Capital Investment | Rs. 94.59 Lac |
| Rate of Return | 16% |
| Break Even Point | 70% |
Content Index
- INTRODUCTION
- BRIQUETTING TECHNOLOGIES
- SUBSTITUTE TO COAL AND FIREWOOD
- ADVANTAGES OF BIOMASS BRIQUETTE
- SPECIFICATION OF BIOMASS BRIQUETTES
- APPROPRIATE BIOMASS RESIDUES FOR BRIQUETTING
- LOW MOISTURE CONTENT
- ASH CONTENT AND COMPOSITION
- FLOW CHARACTERISTICS
- FUNDAMENTAL ASPECTS OF BRIQUETTING
- PRESSURE COMPACTION
- ON THE BASIS OF COMPACTION, THE BRIQUETTING TECHNOLOGIES CAN BE DIVIDED INTO:
- FIG. BELOW SHOWS SOME OF THE BINDING MECHANISMS
- BINDING MECHANISMS OF DENSIFICATION
- MECHANISM OF COMPACTION
- THE PROPERTIES OF THE SOLIDS THAT ARE IMPORTANT TO DENSIFICATION ARE:
- COMPARISON BETWEEN FOSSIL FUEL & BIOMASS
- COMPACTION CHARACTERISTICS OF BIOMASS &THEIR SIGNIFICANCE
- EFFECT OF PARTICLE SIZE
- EFFECT OF MOISTURE
- EFFECT OF TEMPERATURE OF BIOMASS
- EFFECT OF TEMPERATURE OF THE DIE
- EFFECT OF EXTERNAL ADDITIVES
- BRIQUETTE COMPETITIVENESS
- FOLLOWING ARE FIVE OF SUCH EXAMPLES:
- REDUCE FOSSIL GAS CONSUMPTION:
- REDUCE COMMERCIAL WASTE PRODUCTS:
- GENERATE ELECTRICITY:
- CREATION OF NEW JOB OPPORTUNITIES:
- LOCAL AND INTERNATIONAL CONTEXT FOR BRIQUETTE USE
- STANDARDS
- BIOMASS SOURCES
- FORESTS
- AGRICULTURE
- FOREST AND AGRICULTURAL INDUSTRIES’ RESIDUES
- ENERGY CROPS
- MARKET OVERVIEW
- DOMESTIC (INFORMAL) MARKET
- INDUSTRIAL MARKET
- MARKETS AND USERS FOR BRIQUETTES
- BIOMASS BRIQUETTING IN INDIA
- DISTRIBUTION OF BRIQUETTING UNITS IN THE COUNTRY:-
- MANUFACTURING PROCESS
- MOISTURE CONTROL PRIOR TO BIOMASS PROCESSING
- MILLING
- CRUSHER MACHINE
- TYPICAL DESIGNS OF BAMBOO/WOOD CHIPPERS
- DRYING
- THE MAIN COMPONENTS OF DRIERS ARE:
- BRIQUETTING
- PISTON BRIQUETTING
- DENSIFICATION BY EXTRUSION - SCREW BRIQUETTING MACHINE
- THE MAJOR COMPONENTS OF THE SCREW TYPE BRIQUETTING UNITS ARE:
- EXTRUSION MATRIX
- PACKAGING
- BRIQUETTES PACKING WITH THERMO SEALING
- PALLET WRAPPING MACHINE
- PROCESS FLOW
- BIOMASS BRIQUETTING PLANT
- BRIQUETTE MACHINE & BODY COMPONENTS:
- MACHINE TYPE:
- BINDER LESS PRODUCTION:
- WORKING PARAMETERS
- BRIQUETTE MACHINE & ACCESSORIES
- MAIN UNIT:
- SPECIFICATIONS OF BRIQUETTE MACHINE MODEL ECOSTAN® BULL 80
- CHIPPER CUM GRINDER
- CHIPPER GRINDER TYPE:
- WORKING PARAMETERS:
- GRINDER SPECIFICATION
- SPECIFICATIONS OF CHIPPER CUM GRINDER MODEL
- CHIPPER CUM GRINDER & ACCESSORIES
- MAIN UNIT:
- FLASH DRYER
- FLASH DRYER SINGLE PASS BODY COMPONENTS:
- DRYER TYPE:
- HOT AIR FURNACE:
- WORKING PARAMETERS:
- SUPPLIERS OF PLANT & MACHINERIES
- HEALTH AND SAFETY
- INCREASING DEMAND OF BIOMASS BRIQUETTES
- BIOMASS BRIQUETTING PLANT IMPROVE CURRENT ECOLOGICAL CRISIS
- USE BRIQUETTING PLANT AND SAVE TREES
- PRESENT MANUFACTURERS/SUPPLIERS FOR BIOMASS BRIQUETTES
- CONCLUSIONS
- PROPOSED IMPLEMENTATION SCHEDULE
- PROJECT FINANCIALS
- PRELIMINARY PLANT LAYOUT
Appendix
- APPENDIX – A:
- 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
Biomass briquetting is the process of converting agricultural and forestry residues into compact solid fuel briquettes. Loose materials such as sawdust, wood chips, bamboo waste and crop residues are processed and compressed under pressure, with heat and controlled moisture, to increase their density. The report describes binder-less production, meaning that chemical binders are not required. The resulting briquettes are easier to handle, transport and store than loose biomass and can be used as a renewable fuel in industrial boilers, furnaces and kilns.
Biomass briquettes can be produced from many agricultural, forestry and agro-industrial residues. Examples discussed in the report include sawdust, wood chips, bamboo waste, sugarcane bagasse, paddy straw, coconut stalks, cane trash, branches and mustard waste. Suitable feedstock depends on properties such as moisture content, particle size, ash characteristics and availability. Consistent preparation of the biomass is important because these characteristics influence compaction, briquette quality, handling performance and combustion behavior.
The two main high-pressure briquetting technologies identified in the report are ram or piston presses and screw extrusion machines. Piston presses generally produce completely solid briquettes, while screw extrusion machines typically form briquettes with a concentric hole. The hollow structure can provide a larger specific surface area and support combustion characteristics. Selection between technologies depends on the feedstock, desired briquette characteristics, production requirements and the intended application.
Biomass briquettes can serve as an alternative fuel because they convert low-density biomass residues into a concentrated, renewable solid fuel. Their higher density makes handling, transportation and storage more practical than for loose agricultural waste. The report also highlights their use in industrial thermal applications, including boilers, furnaces and kilns. Depending on the feedstock and process, briquettes can provide consistent fuel characteristics and reduce reliance on conventional fossil or wood-based fuels.
Biomass briquette quality is affected by feedstock characteristics and processing conditions. The report specifically identifies particle size, moisture content, biomass temperature, die temperature, external additives and compaction characteristics as important factors. Ash content and composition, flow characteristics and the fundamental properties of the solids also influence densification. Proper moisture control and preparation before briquetting are particularly important for achieving suitable compaction and producing briquettes with adequate density, strength and combustion performance.
Biomass briquettes are primarily used for thermal energy applications in industries. The report identifies industrial boilers, furnaces and kilns as important applications and notes that briquettes can replace conventional fuels in many such systems. They can also be used for power generation and, in appropriate settings, for cooking and heating. Their suitability for a particular application depends on fuel characteristics, combustion equipment, operating conditions and the requirements of the end user.
Biomass briquetting can provide environmental benefits by converting agricultural and forestry residues into useful renewable fuel instead of leaving them unused or burning them inefficiently in loose form. The report associates briquetting with reduced pollution, improved waste utilization and the production of clean and green energy. It also highlights the potential to reduce dependence on conventional fuels and use residues as an energy resource. Actual environmental performance depends on feedstock sourcing, processing efficiency and combustion conditions.
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