Maharashtra Agri Era Private Limited

Description:
We offer a high-performance Sawdust Biomass Plant engineered to convert sawdust, wood chips, and other agro residues into premium-quality biomass pellets or briquettes. This system is ideal for industries, commercial boilers, and renewable energy projects seeking sustainable fuel alternatives.

Our plant ensures maximum output with low energy consumption and minimal maintenance, making it a cost-effective solution for wood waste management and green energy production.

Key Features:

• Converts sawdust, wood shavings, and agro waste into biomass fuel

• Available in fully automatic and semi-automatic models

• Robust construction for long operational life

• High production efficiency and low operating cost

• Customizable plant capacity as per requirement

Applications:

• Biomass Pellet & Briquette Fuel Production

• Industrial Boilers and Power Plants

• Furniture & Wood Processing Units

• Renewable Energy and Agro Waste Management

Capacity Range: 500 kg/hr to 5 TPH (customized as per requirement)
Power Source: Electric / Diesel
Warranty: 1 Year (on major components)

Why Choose Us:

• Reliable technology and proven performance

• Turnkey project setup and installation support

• Comprehensive after-sales service and operator training

Agro Waste Machinery for Pelletization Overview

The Agro Waste Pelletization Machinery is designed to convert agricultural residues—such as wheat straw, rice husk, bagasse, corn cobs, cotton stalks, and similar biomass—into high-density fuel pellets. These pellets are used as a renewable energy source for boilers, furnaces, power plants, biomass gasifiers, or for commercial heating applications.

Key Components

1. Raw Material Preparation System

   • Shredder or hammer mill to reduce size of agro waste

   • Dryer (hot air, rotary, flash) to reduce moisture content (ideal < 12–15%)

   • Screening unit to remove impurities and large particles

2. Pelletizing Unit

   • Flat die type pellet mill

   • Ring die type pellet mill

   • Feeders (forced or gravity)

   • Die and roller assemblies

3. Cooling, Screening and Packaging

   • Cooling conveyors or chambers to lower pellet temperature

   • Cyclone separators or dust collectors

   • Sieves or screening machines to separate fines and broken pellets

   • Bagging or bulk handling system

4. Control & Support Systems

   • Control panels (semi-automatic or automatic)

   • Safety systems (overload protection, sensors)

   • Spare parts: dies, rollers, belts, bearings

Operational Considerations

• Ensure raw material is clean (free of stones, metals)

• Maintain moisture content within range (too wet → poor pellet quality; too dry → dust, cracking)

• Regular maintenance of dies, rollers, bearings to avoid downtime

• Proper cooling and screening to ensure pellet durability and reduce fines

• Power supply stability and safety measures

Benefits

• Converts waste into value‑added fuel

• Reduces open‑field burning of agro residues and associated pollution

• Helps in renewable energy generation

• Potential for income generation in rural/agricultural regions

• Lower operating costs (versus fossil fuels) when adequately scaled

Project Description

 

Key Features

• Manufacture of high density, uniform pellets with excellent calorific value

• Handles wide range of raw materials: sawdust, rice husk, wheat straw, sugarcane bagasse, corn cobs, cotton stalks, groundnut shell, bamboo waste, etc.

• Designed for continuous operation, high uptime, and durability

• Modular layout, scalable capacities from small (250‑500 kg/hr) to large (1‑5 TPH or more)

• Includes all essential subsystems: crushing/shredding, drying, pelleting, cooling, screening, packaging

• Fully or semi-automatic control options; PLC / control panel available

• Low maintenance with quality components (dies, rollers, bearings)

• Dust control, safety features, and operator training included

Components & Process Flow

1. Raw Material Receiving & Storage

   • Yard or storage shed for biomass input

   • Clean-up / screening / removal of stones, metals

2. Size Reduction / Crushing

   • Hammer mill or shredders to reduce raw material size to 2‑5 mm or as required

3. Drying / Moisture Adjustment

   • Rotary dryer, flash dryer or hot air dryer to reduce moisture to ~ 10‑12%

4. Pelletizing / Pellet Mill

   • Ring die type or flat die depending on scale

   • Pellet diameter 6‑10 mm (or per specification)

   • High compression to get dense, durable pellets

5. Cooling

   • Counterflow cooler or air cooling to reduce pellet temperature

6. Screening & Dust Separation

   • Vibratory or rotary screens to remove fines and broken pellets

   • Cyclone separators or dust collectors to manage dust

7. Storage & Packaging

   • Silo or bins for pellets

   • Bagging (25 kg / 50 kg) or bulk packaging options

8. Control, Conveyors & Supporting Systems

   • Conveyors or elevators for material movement

   • PLC / control panel for monitoring / operation

   • Safety features, overload protection

Utility & Facility Requirements

• Three‑phase power supply as per machinery load

• Adequate floor strength to carry heavy machines and material storage

• Water supply (for cooling, dust suppression if needed)

• Proper ventilation and dust control systems

• Access roads for raw material transport and finished goods logistics

Applications & Markets

• Biomass fuel supply to industrial boilers, furnaces, paper, textile, food processing industries

• Co‑firing with coal in thermal power plants

• Renewable energy projects under government schemes (MNRE, PMFME, etc.)

• Export markets for biomass pellets

• Use in residential heating, biomass stoves where applicable

Why Invest in This Unit

• Converts waste (agricultural, forestry) into value‑added fuel

• Reduces environmental pollution from crop burning

• Earns revenue from pellet sales / fuel saving.

• Scalable business; can increase capacity as demand grows

What We Provide

• Turnkey solution: engineering, machinery supply, installation, commissioning

• Layout planning, civil work guidance, operator training

• After‑sales support and spare parts supply

• Customization as per raw material type, capacity, budget

Groundnut Shell Biomass Pellet Plant – Sustainable Energy Solution

Overview

Our Groundnut Shell Biomass Pellet Plant offers a complete, turnkey solution for converting groundnut shells into high-quality biomass fuel pellets. These pellets serve as an eco-friendly alternative to traditional fossil fuels, providing a renewable energy source for various industrial applications.

What We Provide

We offer a comprehensive package to ensure the successful establishment and operation of your pellet production facility:

• Customized Plant Design & Engineering: Tailored layouts and workflows to optimize space and efficiency.

• Supply of High-Quality Equipment: Including crushers, dryers, pellet mills, coolers, and packaging systems.

• Installation & Commissioning: On-site setup and calibration to ensure optimal performance.

• Training & Support: Comprehensive training for your team and ongoing technical support.

• Maintenance Services: Regular maintenance packages to ensure long-term reliability.

• Raw Material Sourcing Assistance: Guidance on sourcing and handling groundnut shells efficiently.

• Compliance & Certification Assistance: Support in meeting local regulations and obtaining necessary certifications.

Key Features

• Efficient Conversion: Transforms groundnut shells into compact, uniform pellets, enhancing energy density and combustion efficiency.

• Eco-Friendly: Reduces agricultural waste and minimizes open field burning, contributing to lower greenhouse gas emissions and improved air quality.

• Versatile Applications: Ideal for use in industrial boilers, power plants, and heating systems, providing a sustainable energy source.

• Economic Benefits: Offers a profitable solution for farmers and entrepreneurs by converting waste into valuable fuel, creating new revenue streams.

• Minimal Environmental Impact: Utilizes renewable resources, supporting sustainable agricultural practices and reducing dependence on non-renewable energy sources.

Applications

• Industrial Boilers: Used in manufacturing units requiring consistent and efficient heat sources.

• Power Plants: Co-firing with coal in thermal power plants to reduce carbon emissions.

• District Heating Systems: Providing centralized heating solutions for residential and commercial buildings.

• Agricultural Residue Management: Offering a sustainable method for handling and utilizing groundnut shells.

Why Choose Us?

• Expertise: With years of experience in the biomass industry, we provide solutions tailored to your specific needs.

• Quality Assurance: We supply only the highest quality equipment and materials, ensuring durability and performance.

• Comprehensive Support: From initial consultation to post-installation support, we are with you every step of the way.

• Sustainability Focus: Our solutions promote environmental sustainability and contribute to a greener future.

 

Agro Waste Machinery for Pelletization Overview

The Agro Waste Pelletization Machinery is designed to convert agricultural residues—such as wheat straw, rice husk, bagasse, corn cobs, cotton stalks, and similar biomass—into high-density fuel pellets. These pellets are used as a renewable energy source for boilers, furnaces, power plants, biomass gasifiers, or for commercial heating applications.

Key Components

1. Raw Material Preparation System

   • Shredder or hammer mill to reduce size of agro waste

   • Dryer (hot air, rotary, flash) to reduce moisture content (ideal < 12–15%)

   • Screening unit to remove impurities and large particles

2. Pelletizing Unit

   • Flat die type pellet mill

   • Ring die type pellet mill

   • Feeders (forced or gravity)

   • Die and roller assemblies

3. Cooling, Screening and Packaging

   • Cooling conveyors or chambers to lower pellet temperature

   • Cyclone separators or dust collectors

   • Sieves or screening machines to separate fines and broken pellets

   • Bagging or bulk handling system

4. Control & Support Systems

   • Control panels (semi-automatic or automatic)

   • Safety systems (overload protection, sensors)

   • Spare parts: dies, rollers, belts, bearings

Operational Considerations

• Ensure raw material is clean (free of stones, metals)

• Maintain moisture content within range (too wet → poor pellet quality; too dry → dust, cracking)

• Regular maintenance of dies, rollers, bearings to avoid downtime

• Proper cooling and screening to ensure pellet durability and reduce fines

• Power supply stability and safety measures

Benefits

• Converts waste into value‑added fuel

• Reduces open‑field burning of agro residues and associated pollution

• Helps in renewable energy generation

• Potential for income generation in rural/agricultural regions

• Lower operating costs (versus fossil fuels) when adequately scaled

Project Description

 

Key Features

• Manufacture of high density, uniform pellets with excellent calorific value

• Handles wide range of raw materials: sawdust, rice husk, wheat straw, sugarcane bagasse, corn cobs, cotton stalks, groundnut shell, bamboo waste, etc.

• Designed for continuous operation, high uptime, and durability

• Modular layout, scalable capacities from small (250‑500 kg/hr) to large (1‑5 TPH or more)

• Includes all essential subsystems: crushing/shredding, drying, pelleting, cooling, screening, packaging

• Fully or semi-automatic control options; PLC / control panel available

• Low maintenance with quality components (dies, rollers, bearings)

• Dust control, safety features, and operator training included

Components & Process Flow

1. Raw Material Receiving & Storage

   • Yard or storage shed for biomass input

   • Clean-up / screening / removal of stones, metals

2. Size Reduction / Crushing

   • Hammer mill or shredders to reduce raw material size to 2‑5 mm or as required

3. Drying / Moisture Adjustment

   • Rotary dryer, flash dryer or hot air dryer to reduce moisture to ~ 10‑12%

4. Pelletizing / Pellet Mill

   • Ring die type or flat die depending on scale

   • Pellet diameter 6‑10 mm (or per specification)

   • High compression to get dense, durable pellets

5. Cooling

   • Counterflow cooler or air cooling to reduce pellet temperature

6. Screening & Dust Separation

   • Vibratory or rotary screens to remove fines and broken pellets

   • Cyclone separators or dust collectors to manage dust

7. Storage & Packaging

   • Silo or bins for pellets

   • Bagging (25 kg / 50 kg) or bulk packaging options

8. Control, Conveyors & Supporting Systems

   • Conveyors or elevators for material movement

   • PLC / control panel for monitoring / operation

   • Safety features, overload protection

Utility & Facility Requirements

• Three‑phase power supply as per machinery load

• Adequate floor strength to carry heavy machines and material storage

• Water supply (for cooling, dust suppression if needed)

• Proper ventilation and dust control systems

• Access roads for raw material transport and finished goods logistics

Applications & Markets

• Biomass fuel supply to industrial boilers, furnaces, paper, textile, food processing industries

• Co‑firing with coal in thermal power plants

• Renewable energy projects under government schemes (MNRE, PMFME, etc.)

• Export markets for biomass pellets

• Use in residential heating, biomass stoves where applicable

Why Invest in This Unit

• Converts waste (agricultural, forestry) into value‑added fuel

• Reduces environmental pollution from crop burning

• Earns revenue from pellet sales / fuel saving.

• Scalable business; can increase capacity as demand grows

What We Provide

• Turnkey solution: engineering, machinery supply, installation, commissioning

• Layout planning, civil work guidance, operator training

• After‑sales support and spare parts supply

• Customization as per raw material type, capacity, budget

Green Energy Biomass Plant – Renewable Power from Agri & Wood Waste

Overview:

A Green Energy Biomass Plant is a sustainable power generation system that converts agricultural waste, forestry residues, and organic biomass into clean thermal or electrical energy. This eco-friendly alternative to fossil fuels supports carbon neutrality, reduces waste, and provides a reliable source of energy for industries, institutions, and rural communities.

Built with advanced combustion, gasification, or pyrolysis technology, our biomass power plants are designed to maximize efficiency while minimizing emissions.

⚙️ Technical Highlights: ✅ Key Features:

•  Eco-Friendly: Uses renewable agricultural waste instead of fossil fuels

•  High Efficiency: Engineered for optimal fuel-to-energy conversion

• Customizable Design: Tailored to meet specific fuel and output requirements

• ♻️ Waste to Wealth: Utilizes otherwise-burned crop residues

•  Cost-Effective: Reduces energy costs and dependency on grid power

•  Promotes Rural Economy: Supports farmers and local supply chains

Applications:

• Industrial steam and hot water generation

• Captive power for manufacturing units

• Electricity for rural microgrids or off-grid areas

• Combined Heat & Power (CHP) systems

• Institutions: Universities, hospitals, eco-villages

• Agro-processing units: Rice mills, sugar mills, etc.

Environmental Benefits:

• ❌ Reduces stubble burning and open-air pollution

•  Low particulate emissions with proper filtration systems

•  Supports circular economy and sustainable development goals (SDGs)

•  Lower carbon footprint vs. coal or diesel

 What’s Included in a Biomass Plant Setup:

• Fuel preparation unit (crusher, dryer, conveyor)

• Combustion/gasification chamber

• Boiler or gasifier unit

• Turbine/generator (for power output plants)

• Emission control system

• Control panel and safety mechanisms

• Civil/mechanical/electrical installation support

Start Your Green Energy Project Today!

IndiaMary offers turnkey solutions for setting up biomass energy plants across India and abroad, including:

✅ Feasibility Study
✅ Plant Design & Engineering
✅ Manufacturing & Supply
✅ Installation & Commissioning
✅ Operator Training & After-Sales Support

 Reach out for a customized proposal, site visit, and quote.

Corn Cob Biomass Pellet Plant – Sustainable Energy SolutionOverview

Our Corn Cob Biomass Pellet Plant offers a comprehensive, turnkey solution for converting abundant agricultural residue—specifically corn cobs—into high-quality biomass fuel pellets. These pellets serve as an eco-friendly alternative to traditional fossil fuels, providing a renewable energy source for various industrial applications.

What We Provide

We offer a complete package to ensure the successful establishment and operation of your pellet production facility:

• Customized Plant Design & Engineering: Tailored layouts and workflows to optimize space and efficiency.

• Supply of High-Quality Equipment: Including crushers, dryers, pellet mills, coolers, and packaging systems.

• Installation & Commissioning: On-site setup and calibration to ensure optimal performance.

• Training & Support: Comprehensive training for your team and ongoing technical support.

• Maintenance Services: Regular maintenance packages to ensure long-term reliability.

• Raw Material Sourcing Assistance: Guidance on sourcing and handling corn cobs efficiently.

• Compliance & Certification Assistance: Support in meeting local regulations and obtaining necessary certifications.

Key Features

• Efficient Conversion: Transforms corn cobs into compact, uniform pellets, enhancing energy density and combustion efficiency.

• Eco-Friendly: Reduces agricultural waste and minimizes open field burning, contributing to lower greenhouse gas emissions and improved air quality.

• Versatile Applications: Ideal for use in industrial boilers, power plants, and heating systems, providing a sustainable energy source.

• Economic Benefits: Offers a profitable solution for farmers and entrepreneurs by converting waste into valuable fuel, creating new revenue streams.

• Minimal Environmental Impact: Utilizes renewable resources, supporting sustainable agricultural practices and reducing dependence on non-renewable energy sources.

Applications

• Industrial Boilers: Used in manufacturing units requiring consistent and efficient heat sources.

• Power Plants: Co-firing with coal in thermal power plants to reduce carbon emissions.

• District Heating Systems: Providing centralized heating solutions for residential and commercial buildings.

• Agricultural Residue Management: Offering a sustainable method for handling and utilizing corn cobs.

Why Choose Us?

• Expertise: With years of experience in the biomass industry, we provide solutions tailored to your specific needs.

• Quality Assurance: We supply only the highest quality equipment and materials, ensuring durability and performance.

• Comprehensive Support: From initial consultation to post-installation support, we are with you every step of the way.

• Sustainability Focus: Our solutions promote environmental sustainability and contribute to a greener future.

 

Overview

Our Mustard Husk Biomass Pellet Plant offers a comprehensive, turnkey solution for converting abundant agricultural residue—specifically mustard husks—into high-quality biomass fuel pellets. These pellets serve as an eco-friendly alternative to traditional fossil fuels, providing a renewable energy source for various industrial applications.

What We Provide

We offer a complete package to ensure the successful establishment and operation of your pellet production facility:

• Customized Plant Design & Engineering: Tailored layouts and workflows to optimize space and efficiency.

• Supply of High-Quality Equipment: Including crushers, dryers, pellet mills, coolers, and packaging systems.

• Installation & Commissioning: On-site setup and calibration to ensure optimal performance.

• Training & Support: Comprehensive training for your team and ongoing technical support.

• Maintenance Services: Regular maintenance packages to ensure long-term reliability.

• Raw Material Sourcing Assistance: Guidance on sourcing and handling mustard husks efficiently.

• Compliance & Certification Assistance: Support in meeting local regulations and obtaining necessary certifications.

Key Features

• Efficient Conversion: Transforms mustard husks into compact, uniform pellets, enhancing energy density and combustion efficiency.

• Eco-Friendly: Reduces agricultural waste and minimizes open field burning, contributing to lower greenhouse gas emissions and improved air quality.

• Versatile Applications: Ideal for use in industrial boilers, power plants, and heating systems, providing a sustainable energy source.

• Economic Benefits: Offers a profitable solution for farmers and entrepreneurs by converting waste into valuable fuel, creating new revenue streams.

• Minimal Environmental Impact: Utilizes renewable resources, supporting sustainable agricultural practices and reducing dependence on non-renewable energy sources.

Applications

• Industrial Boilers: Used in manufacturing units requiring consistent and efficient heat sources.

• Power Plants: Co-firing with coal in thermal power plants to reduce carbon emissions.

• District Heating Systems: Providing centralized heating solutions for residential and commercial buildings.

• Agricultural Residue Management: Offering a sustainable method for handling and utilizing mustard husks.

Why Choose Us?

• Expertise: With years of experience in the biomass industry, we provide solutions tailored to your specific needs.

• Quality Assurance: We supply only the highest quality equipment and materials, ensuring durability and performance.

• Comprehensive Support: From initial consultation to post-installation support, we are with you every step of the way.

• Sustainability Focus: Our solutions promote environmental sustainability and contribute to a greener future.

Groundnut Shell Biomass Pellet Plant – Sustainable Energy Solution

Overview

Our Groundnut Shell Biomass Pellet Plant offers a complete, turnkey solution for converting groundnut shells into high-quality biomass fuel pellets. These pellets serve as an eco-friendly alternative to traditional fossil fuels, providing a renewable energy source for various industrial applications.

What We Provide

We offer a comprehensive package to ensure the successful establishment and operation of your pellet production facility:

• Customized Plant Design & Engineering: Tailored layouts and workflows to optimize space and efficiency.

• Supply of High-Quality Equipment: Including crushers, dryers, pellet mills, coolers, and packaging systems.

• Installation & Commissioning: On-site setup and calibration to ensure optimal performance.

• Training & Support: Comprehensive training for your team and ongoing technical support.

• Maintenance Services: Regular maintenance packages to ensure long-term reliability.

• Raw Material Sourcing Assistance: Guidance on sourcing and handling groundnut shells efficiently.

• Compliance & Certification Assistance: Support in meeting local regulations and obtaining necessary certifications.

Key Features

• Efficient Conversion: Transforms groundnut shells into compact, uniform pellets, enhancing energy density and combustion efficiency.

• Eco-Friendly: Reduces agricultural waste and minimizes open field burning, contributing to lower greenhouse gas emissions and improved air quality.

• Versatile Applications: Ideal for use in industrial boilers, power plants, and heating systems, providing a sustainable energy source.

• Economic Benefits: Offers a profitable solution for farmers and entrepreneurs by converting waste into valuable fuel, creating new revenue streams.

• Minimal Environmental Impact: Utilizes renewable resources, supporting sustainable agricultural practices and reducing dependence on non-renewable energy sources.

Applications

• Industrial Boilers: Used in manufacturing units requiring consistent and efficient heat sources.

• Power Plants: Co-firing with coal in thermal power plants to reduce carbon emissions.

• District Heating Systems: Providing centralized heating solutions for residential and commercial buildings.

• Agricultural Residue Management: Offering a sustainable method for handling and utilizing groundnut shells.

Why Choose Us?

• Expertise: With years of experience in the biomass industry, we provide solutions tailored to your specific needs.

• Quality Assurance: We supply only the highest quality equipment and materials, ensuring durability and performance.

• Comprehensive Support: From initial consultation to post-installation support, we are with you every step of the way.

• Sustainability Focus: Our solutions promote environmental sustainability and contribute to a greener future.

 

Overview

Our Cotton Stalk Biomass Pellet Plant offers a comprehensive, turnkey solution for converting abundant agricultural residue—specifically cotton stalks—into high-quality biomass fuel pellets. These pellets serve as an eco-friendly alternative to traditional fossil fuels, providing a renewable energy source for various industrial applications.

What We Provide

We offer a complete package to ensure the successful establishment and operation of your pellet production facility:

• Customized Plant Design & Engineering: Tailored layouts and workflows to optimize space and efficiency.

• Supply of High-Quality Equipment: Including crushers, dryers, pellet mills, coolers, and packaging systems.

• Installation & Commissioning: On-site setup and calibration to ensure optimal performance.

• Training & Support: Comprehensive training for your team and ongoing technical support.

• Maintenance Services: Regular maintenance packages to ensure long-term reliability.

• Raw Material Sourcing Assistance: Guidance on sourcing and handling cotton stalks efficiently.

• Compliance & Certification Assistance: Support in meeting local regulations and obtaining necessary certifications.

Key Features

• Efficient Conversion: Transforms cotton stalks into compact, uniform pellets, enhancing energy density and combustion efficiency.

• Eco-Friendly: Reduces agricultural waste and minimizes open field burning, contributing to lower greenhouse gas emissions and improved air quality.

• Versatile Applications: Ideal for use in industrial boilers, power plants, and heating systems, providing a sustainable energy source.

• Economic Benefits: Offers a profitable solution for farmers and entrepreneurs by converting waste into valuable fuel, creating new revenue streams.

• Minimal Environmental Impact: Utilizes renewable resources, supporting sustainable agricultural practices and reducing dependence on non-renewable energy sources.

Applications

• Industrial Boilers: Used in manufacturing units requiring consistent and efficient heat sources.

• Power Plants: Co-firing with coal in thermal power plants to reduce carbon emissions.

• District Heating Systems: Providing centralized heating solutions for residential and commercial buildings.

• Agricultural Residue Management: Offering a sustainable method for handling and utilizing cotton stalks.

Why Choose Us?

• Expertise: With years of experience in the biomass industry, we provide solutions tailored to your specific needs.

• Quality Assurance: We supply only the highest quality equipment and materials, ensuring durability and performance.

• Comprehensive Support: From initial consultation to post-installation support, we are with you every step of the way.

• Sustainability Focus: Our solutions promote environmental sustainability and contribute to a greener future.

Product Description

Rice Straw Biomass Pellets are solid biofuels made by compressing processed rice straw into uniform cylindrical pellets. They are designed to serve as a renewable, cleaner alternative to fossil fuels like coal, wood, and pet coke in boilers, furnaces, heating systems, co‑firing power plants, and other thermal energy applications. The densification into pellets increases bulk density, handling ease, storage stability, and combustion efficiency.

Advantages

• Converts agricultural residue (rice straw) that is often burned or wasted into a usable fuel. Reduces environmental pollution from open‑field burning. rage and transportation compared to loose straw. Higher bulk density reduces cost per unit transport. 

• More uniform combustion, better thermal efficiency. 

• Industrial boilers and furnaces

• Thermal power plants (co‑firing with coal)

• Biomass gasifiers

• Commercial heating systems

• Small scale heating and cooking where pellet burners are used

Quality / Packaging Options

• Packaged in 25 kg or 50 kg bags, bulk bags (jumbo) or loose bulk depending on buyer requirement

• Moisture‑proof packaging recommended to prevent quality degradation

• Samples available for testing in buyer’s setup

Why Choose These Pellets Over Alternatives

• Can substitute coal in many applications with comparable heating value when well processed.  

• Lower carbon emissions, more sustainable lifecycle

• Adds value to agricultural waste and supports farmer income

• Supports regulatory compliance / environmental norms

Project Description

 

Key Features

• Manufacture of high density, uniform pellets with excellent calorific value

• Handles wide range of raw materials: sawdust, rice husk, wheat straw, sugarcane bagasse, corn cobs, cotton stalks, groundnut shell, bamboo waste, etc.

• Designed for continuous operation, high uptime, and durability

• Modular layout, scalable capacities from small (250‑500 kg/hr) to large (1‑5 TPH or more)

• Includes all essential subsystems: crushing/shredding, drying, pelleting, cooling, screening, packaging

• Fully or semi-automatic control options; PLC / control panel available

• Low maintenance with quality components (dies, rollers, bearings)

• Dust control, safety features, and operator training included

Components & Process Flow

1. Raw Material Receiving & Storage

   • Yard or storage shed for biomass input

   • Clean-up / screening / removal of stones, metals

2. Size Reduction / Crushing

   • Hammer mill or shredders to reduce raw material size to 2‑5 mm or as required

3. Drying / Moisture Adjustment

   • Rotary dryer, flash dryer or hot air dryer to reduce moisture to ~ 10‑12%

4. Pelletizing / Pellet Mill

   • Ring die type or flat die depending on scale

   • Pellet diameter 6‑10 mm (or per specification)

   • High compression to get dense, durable pellets

5. Cooling

   • Counterflow cooler or air cooling to reduce pellet temperature

6. Screening & Dust Separation

   • Vibratory or rotary screens to remove fines and broken pellets

   • Cyclone separators or dust collectors to manage dust

7. Storage & Packaging

   • Silo or bins for pellets

   • Bagging (25 kg / 50 kg) or bulk packaging options

8. Control, Conveyors & Supporting Systems

   • Conveyors or elevators for material movement

   • PLC / control panel for monitoring / operation

   • Safety features, overload protection

Utility & Facility Requirements

• Three‑phase power supply as per machinery load

• Adequate floor strength to carry heavy machines and material storage

• Water supply (for cooling, dust suppression if needed)

• Proper ventilation and dust control systems

• Access roads for raw material transport and finished goods logistics

Applications & Markets

• Biomass fuel supply to industrial boilers, furnaces, paper, textile, food processing industries

• Co‑firing with coal in thermal power plants

• Renewable energy projects under government schemes (MNRE, PMFME, etc.)

• Export markets for biomass pellets

• Use in residential heating, biomass stoves where applicable

Why Invest in This Unit

• Converts waste (agricultural, forestry) into value‑added fuel

• Reduces environmental pollution from crop burning

• Earns revenue from pellet sales / fuel saving.

• Scalable business; can increase capacity as demand grows

What We Provide

• Turnkey solution: engineering, machinery supply, installation, commissioning

• Layout planning, civil work guidance, operator training

• After‑sales support and spare parts supply

• Customization as per raw material type, capacity, budget

Overview

Our Mustard Husk Biomass Pellet Plant offers a comprehensive, turnkey solution for converting abundant agricultural residue—specifically mustard husks—into high-quality biomass fuel pellets. These pellets serve as an eco-friendly alternative to traditional fossil fuels, providing a renewable energy source for various industrial applications.

What We Provide

We offer a complete package to ensure the successful establishment and operation of your pellet production facility:

• Customized Plant Design & Engineering: Tailored layouts and workflows to optimize space and efficiency.

• Supply of High-Quality Equipment: Including crushers, dryers, pellet mills, coolers, and packaging systems.

• Installation & Commissioning: On-site setup and calibration to ensure optimal performance.

• Training & Support: Comprehensive training for your team and ongoing technical support.

• Maintenance Services: Regular maintenance packages to ensure long-term reliability.

• Raw Material Sourcing Assistance: Guidance on sourcing and handling mustard husks efficiently.

• Compliance & Certification Assistance: Support in meeting local regulations and obtaining necessary certifications.

Key Features

• Efficient Conversion: Transforms mustard husks into compact, uniform pellets, enhancing energy density and combustion efficiency.

• Eco-Friendly: Reduces agricultural waste and minimizes open field burning, contributing to lower greenhouse gas emissions and improved air quality.

• Versatile Applications: Ideal for use in industrial boilers, power plants, and heating systems, providing a sustainable energy source.

• Economic Benefits: Offers a profitable solution for farmers and entrepreneurs by converting waste into valuable fuel, creating new revenue streams.

• Minimal Environmental Impact: Utilizes renewable resources, supporting sustainable agricultural practices and reducing dependence on non-renewable energy sources.

Applications

• Industrial Boilers: Used in manufacturing units requiring consistent and efficient heat sources.

• Power Plants: Co-firing with coal in thermal power plants to reduce carbon emissions.

• District Heating Systems: Providing centralized heating solutions for residential and commercial buildings.

• Agricultural Residue Management: Offering a sustainable method for handling and utilizing mustard husks.

Why Choose Us?

• Expertise: With years of experience in the biomass industry, we provide solutions tailored to your specific needs.

• Quality Assurance: We supply only the highest quality equipment and materials, ensuring durability and performance.

• Comprehensive Support: From initial consultation to post-installation support, we are with you every step of the way.

• Sustainability Focus: Our solutions promote environmental sustainability and contribute to a greener future.

Description:
We offer a high-performance Sawdust Biomass Plant engineered to convert sawdust, wood chips, and other agro residues into premium-quality biomass pellets or briquettes. This system is ideal for industries, commercial boilers, and renewable energy projects seeking sustainable fuel alternatives.

Our plant ensures maximum output with low energy consumption and minimal maintenance, making it a cost-effective solution for wood waste management and green energy production.

Key Features:

• Converts sawdust, wood shavings, and agro waste into biomass fuel

• Available in fully automatic and semi-automatic models

• Robust construction for long operational life

• High production efficiency and low operating cost

• Customizable plant capacity as per requirement

Applications:

• Biomass Pellet & Briquette Fuel Production

• Industrial Boilers and Power Plants

• Furniture & Wood Processing Units

• Renewable Energy and Agro Waste Management

Capacity Range: 500 kg/hr to 5 TPH (customized as per requirement)
Power Source: Electric / Diesel
Warranty: 1 Year (on major components)

Why Choose Us:

• Reliable technology and proven performance

• Turnkey project setup and installation support

• Comprehensive after-sales service and operator training

Project Description

 

Key Features

• Manufacture of high density, uniform pellets with excellent calorific value

• Handles wide range of raw materials: sawdust, rice husk, wheat straw, sugarcane bagasse, corn cobs, cotton stalks, groundnut shell, bamboo waste, etc.

• Designed for continuous operation, high uptime, and durability

• Modular layout, scalable capacities from small (250‑500 kg/hr) to large (1‑5 TPH or more)

• Includes all essential subsystems: crushing/shredding, drying, pelleting, cooling, screening, packaging

• Fully or semi-automatic control options; PLC / control panel available

• Low maintenance with quality components (dies, rollers, bearings)

• Dust control, safety features, and operator training included

Components & Process Flow

1. Raw Material Receiving & Storage

   • Yard or storage shed for biomass input

   • Clean-up / screening / removal of stones, metals

2. Size Reduction / Crushing

   • Hammer mill or shredders to reduce raw material size to 2‑5 mm or as required

3. Drying / Moisture Adjustment

   • Rotary dryer, flash dryer or hot air dryer to reduce moisture to ~ 10‑12%

4. Pelletizing / Pellet Mill

   • Ring die type or flat die depending on scale

   • Pellet diameter 6‑10 mm (or per specification)

   • High compression to get dense, durable pellets

5. Cooling

   • Counterflow cooler or air cooling to reduce pellet temperature

6. Screening & Dust Separation

   • Vibratory or rotary screens to remove fines and broken pellets

   • Cyclone separators or dust collectors to manage dust

7. Storage & Packaging

   • Silo or bins for pellets

   • Bagging (25 kg / 50 kg) or bulk packaging options

8. Control, Conveyors & Supporting Systems

   • Conveyors or elevators for material movement

   • PLC / control panel for monitoring / operation

   • Safety features, overload protection

Utility & Facility Requirements

• Three‑phase power supply as per machinery load

• Adequate floor strength to carry heavy machines and material storage

• Water supply (for cooling, dust suppression if needed)

• Proper ventilation and dust control systems

• Access roads for raw material transport and finished goods logistics

Applications & Markets

• Biomass fuel supply to industrial boilers, furnaces, paper, textile, food processing industries

• Co‑firing with coal in thermal power plants

• Renewable energy projects under government schemes (MNRE, PMFME, etc.)

• Export markets for biomass pellets

• Use in residential heating, biomass stoves where applicable

Why Invest in This Unit

• Converts waste (agricultural, forestry) into value‑added fuel

• Reduces environmental pollution from crop burning

• Earns revenue from pellet sales / fuel saving.

• Scalable business; can increase capacity as demand grows

What We Provide

• Turnkey solution: engineering, machinery supply, installation, commissioning

• Layout planning, civil work guidance, operator training

• After‑sales support and spare parts supply

• Customization as per raw material type, capacity, budget

Project Description

 

Key Features

• Manufacture of high density, uniform pellets with excellent calorific value

• Handles wide range of raw materials: sawdust, rice husk, wheat straw, sugarcane bagasse, corn cobs, cotton stalks, groundnut shell, bamboo waste, etc.

• Designed for continuous operation, high uptime, and durability

• Modular layout, scalable capacities from small (250‑500 kg/hr) to large (1‑5 TPH or more)

• Includes all essential subsystems: crushing/shredding, drying, pelleting, cooling, screening, packaging

• Fully or semi-automatic control options; PLC / control panel available

• Low maintenance with quality components (dies, rollers, bearings)

• Dust control, safety features, and operator training included

Components & Process Flow

1. Raw Material Receiving & Storage

   • Yard or storage shed for biomass input

   • Clean-up / screening / removal of stones, metals

2. Size Reduction / Crushing

   • Hammer mill or shredders to reduce raw material size to 2‑5 mm or as required

3. Drying / Moisture Adjustment

   • Rotary dryer, flash dryer or hot air dryer to reduce moisture to ~ 10‑12%

4. Pelletizing / Pellet Mill

   • Ring die type or flat die depending on scale

   • Pellet diameter 6‑10 mm (or per specification)

   • High compression to get dense, durable pellets

5. Cooling

   • Counterflow cooler or air cooling to reduce pellet temperature

6. Screening & Dust Separation

   • Vibratory or rotary screens to remove fines and broken pellets

   • Cyclone separators or dust collectors to manage dust

7. Storage & Packaging

   • Silo or bins for pellets

   • Bagging (25 kg / 50 kg) or bulk packaging options

8. Control, Conveyors & Supporting Systems

   • Conveyors or elevators for material movement

   • PLC / control panel for monitoring / operation

   • Safety features, overload protection

Utility & Facility Requirements

• Three‑phase power supply as per machinery load

• Adequate floor strength to carry heavy machines and material storage

• Water supply (for cooling, dust suppression if needed)

• Proper ventilation and dust control systems

• Access roads for raw material transport and finished goods logistics

Applications & Markets

• Biomass fuel supply to industrial boilers, furnaces, paper, textile, food processing industries

• Co‑firing with coal in thermal power plants

• Renewable energy projects under government schemes (MNRE, PMFME, etc.)

• Export markets for biomass pellets

• Use in residential heating, biomass stoves where applicable

Why Invest in This Unit

• Converts waste (agricultural, forestry) into value‑added fuel

• Reduces environmental pollution from crop burning

• Earns revenue from pellet sales / fuel saving.

• Scalable business; can increase capacity as demand grows

What We Provide

• Turnkey solution: engineering, machinery supply, installation, commissioning

• Layout planning, civil work guidance, operator training

• After‑sales support and spare parts supply

• Customization as per raw material type, capacity, budget

Description:
We manufacture and supply high-efficiency Flash Dryers specially designed for quick drying of sawdust, rice husk, bagasse, biomass powder, and other agro residues. Our flash dryers are widely used in biomass pellet plants, briquette production units, and food or chemical industries where moisture reduction is critical for product quality.

The system uses hot air flow to instantly remove surface moisture, ensuring uniform drying and continuous operation with minimal energy consumption.

Key Features:

• Suitable for sawdust, rice husk, sugarcane bagasse, and biomass materials

• Instant moisture removal for uniform drying

• Energy-efficient design with low power consumption

• Fully automatic or semi-automatic models available

• Sturdy construction for long operational life

• Easy installation and maintenance

Applications:

• Biomass Pellet & Briquette Production

• Wood Processing Industries

• Food, Chemical & Pharmaceutical Drying

• Agro Waste & Powder Material Drying

Capacity Range: 300 kg/hr to 5 TPH (customized as per requirement)
Power Source: Electric / Biomass / Diesel
Warranty: 1 Year (on major components)

Why Choose Us:

• High drying efficiency with minimal heat loss

• Compact and continuous drying system

• Turnkey installation and technical support

• Proven performance in industrial and biomass sectors

Description:
We manufacture and supply high-efficiency Flash Dryers specially designed for quick drying of sawdust, rice husk, bagasse, biomass powder, and other agro residues. Our flash dryers are widely used in biomass pellet plants, briquette production units, and food or chemical industries where moisture reduction is critical for product quality.

The system uses hot air flow to instantly remove surface moisture, ensuring uniform drying and continuous operation with minimal energy consumption.

Key Features:

• Suitable for sawdust, rice husk, sugarcane bagasse, and biomass materials

• Instant moisture removal for uniform drying

• Energy-efficient design with low power consumption

• Fully automatic or semi-automatic models available

• Sturdy construction for long operational life

• Easy installation and maintenance

Applications:

• Biomass Pellet & Briquette Production

• Wood Processing Industries

• Food, Chemical & Pharmaceutical Drying

• Agro Waste & Powder Material Drying

Capacity Range: 300 kg/hr to 5 TPH (customized as per requirement)
Power Source: Electric / Biomass / Diesel
Warranty: 1 Year (on major components)

Why Choose Us:

• High drying efficiency with minimal heat loss

• Compact and continuous drying system

• Turnkey installation and technical support

• Proven performance in industrial and biomass sectors