Maharashtra Agri Era Private Limited

Maharashtra Agri Era Pvt. Ltd. presents a state-of-the-art Biomass Pellet Plant designed to convert agro-residues, forestry waste, and industrial biomass into eco-friendly fuel pellets. These pellets are a renewable, cost-effective, and clean energy alternative to coal, LPG, and firewood, making them ideal for industries, power plants, and commercial heating applications.

Key Features:

• �� Capacity Options: 500 kg/hr to 5 TPH (customized as per requirement)

• ⚙️ Includes Complete Line:

  • Biomass Crusher/Chipper

  • Dryer (Flash Dryer/Rotary Dryer)

  • Pellet Mill (Ring Die / Flat Die)

  • Cooler

  • Screening Unit

  • Automatic Packing Machine

• �� Power Requirement: Varies from 50 HP to 400 HP depending on plant size

• �� Raw Materials Used: Sawdust, Agri-waste, Sugarcane Trash, Rice Husk, Groundnut Shells, Cashew Shells, Napier Grass & More

• �� End Product: Uniform Biomass Pellets (6–12 mm diameter) with high calorific value

Advantages:

• �� Eco-Friendly & Renewable Energy Source

• �� High Calorific Value (3500–4200 Kcal/kg depending on raw material)

• �� Saves Fuel Cost compared to Coal, Diesel & Furnace Oil

• ♻️ Waste-to-Wealth Solution (utilizes agro & industrial residues)

• ✅ Easy Handling, Storage & Transportation of Pellets

• ��️ Low Maintenance, Long Life & User-Friendly Design

Technical Specifications (Indicative):

• Plant Capacity: 1 TPH – Standard Model

• Pellet Size: 6–12 mm

• Moisture Content in Raw Material: ≤12%

• Warranty: 12 Months

• Automation: Semi-Automatic / Fully Automatic Options Available

Why Choose Maharashtra Agri Era Pvt. Ltd.?

✅ Trusted Manufacturer of Agro & Renewable Energy Machinery
✅ Turnkey Project Execution with Layout Design & Installation
✅ Custom-Built Solutions for Small, Medium & Large Industries
✅ Strong After-Sales Service & AMC Support

Our Bamboo Biomass Pellet Plant is a turnkey solution for producing eco-friendly fuel pellets from agricultural, forestry, and organic waste. These pellets are used as a renewable fuel in boilers, power plants, gasifiers, and cookstoves. Ideal for green energy entrepreneurs, FPOs, MSMEs, and industry clusters, this plant is a perfect blend of efficiency, reliability, and sustainability.

⚙️ Available Plant Capacities:

•  250 kg/hr

•  500 kg/hr

•  1,000 kg/hr (1 TPH)

• 2 TPH and above (customized on request)

�� Plant Components Include:

1. ✅ Raw Material Shredder / Hammer Mill

2. ✅ Dryer (Rotary/Flash/Hot Air) (optional)

3. ✅ Pellet Mill (Flat Die or Ring Die)

4. ✅ Cooling Conveyor / Cyclone Separator

5. ✅ Pellet Storage Bin or Bagger

6. ✅ Control Panel with Automation

7. ✅ Optional: Screening and Dust Collection Unit

�� Raw Materials Suitable:

• Sawdust, Wood Chips

• Sugarcane Bagasse

• Paddy Straw, Wheat Straw

• Groundnut Shell, Cotton Husk

• Biomass Waste, Coconut Shell Powder

• Agro-industrial Residue & Dry Organic Waste

�� Pellet Specifications:

• Diameter: 6 mm, 8 mm, 10 mm (as required)

• Length: Adjustable

• Bulk Density: 650–750 kg/m³

• Moisture: <12% (ideal for combustion)

 Applications:

• Biomass Fuel Supply to Boilers / Furnaces

• Export of Bio Pellets (Europe, Middle East, Asia)

• Green Energy Projects under PMFME/NABARD

• Agro Waste to Energy Business Models

• Pellet-based Cooking and Heating Solutions

 Why Choose Our Pellet Plant?

• �� Reduces pollution by converting waste to energy

• ⚙️ Heavy-duty build with low maintenance & high uptime

• ��‍�� Includes training, testing, and project guidance

• � Made in India – 1000+ units installed nationwide

•  Subsidy-compliant models for PMFME & SFURTI projects

 IndiaMART Call to Action:

 Planning to start your Bamboo biomass pellet manufacturing business?
Send your inquiry now for pricing, layout plan, videos & brochure.

Our Bamboo Biomass Pellet Plant is a turnkey solution for producing eco-friendly fuel pellets from agricultural, forestry, and organic waste. These pellets are used as a renewable fuel in boilers, power plants, gasifiers, and cookstoves. Ideal for green energy entrepreneurs, FPOs, MSMEs, and industry clusters, this plant is a perfect blend of efficiency, reliability, and sustainability.

⚙️ Available Plant Capacities:

• 250 kg/hr

•  500 kg/hr

• 1,000 kg/hr (1 TPH)

•  2 TPH and above (customized on request)

Plant Components Include:

1. ✅ Raw Material Shredder / Hammer Mill

2. ✅ Dryer (Rotary/Flash/Hot Air) (optional)

3. ✅ Pellet Mill (Flat Die or Ring Die)

4. ✅ Cooling Conveyor / Cyclone Separator

5. ✅ Pellet Storage Bin or Bagger

6. ✅ Control Panel with Automation

7. ✅ Optional: Screening and Dust Collection Unit

Raw Materials Suitable:

• Sawdust, Wood Chips

• Sugarcane Bagasse

• Paddy Straw, Wheat Straw

• Groundnut Shell, Cotton Husk

• Biomass Waste, Coconut Shell Powder

• Agro-industrial Residue & Dry Organic Waste

Pellet Specifications:

• Diameter: 6 mm, 8 mm, 10 mm (as required)

• Length: Adjustable

• Bulk Density: 650–750 kg/m³

• Moisture: <12% (ideal for combustion)

Applications:

• Biomass Fuel Supply to Boilers / Furnaces

• Export of Bio Pellets (Europe, Middle East, Asia)

• Green Energy Projects under PMFME/NABARD

• Agro Waste to Energy Business Models

• Pellet-based Cooking and Heating Solutions

Why Choose Our Pellet Plant?

• Reduces pollution by converting waste to energy

• ⚙️ Heavy-duty build with low maintenance & high uptime

• ��‍�� Includes training, testing, and project guidance

• � Made in India – 1000+ units installed nationwide

• �� Subsidy-compliant models for PMFME & SFURTI projects

IndiaMART Call to Action:

 Planning to start your Bamboo biomass pellet manufacturing business?
Send your inquiry now for pricing, layout plan, videos & brochure.

Product Description

A Wood Waste Biomass Pellet Making Plant transforms waste wood—such as sawdust, wood chips, trimming cuttings, forestry residues—into clean, high‑density fuel pellets. This plant offers a sustainable solution to manage wood waste, reduce environmental impact, and generate renewable energy or fuel suitable for boilers, heating systems, or co‑firing with traditional fuels.

This plant is designed to deliver consistent pellet quality, ease of operation, and long‑term reliability. It involves all the major stages of pellet production, from raw material preparation to final packing, in a streamlined production flow.

Key Features

• Processes wood waste into uniform biomass pellets that burn more cleanly, handle better, and store well.

• Converts locally available waste into value, reducing disposal costs and minimizing environmental pollution.

• Designed for continuous operation, reliable performance, and minimal labor requirements.

• Suitable for small to medium industrial users, rural enterprises, biomass fuel suppliers, or energy projects.

• Provides an eco‑friendly alternative to fossil fuels, helping reduce carbon footprint.

• Supports green credentials, regulatory compliance, and sustainable energy initiatives.

Plant Workflow

1. Raw Wood Waste Collection & Preparation – Gathering wood waste and removing unwanted materials (stones, metals) to ensure clean input.

2. Wood Size Reduction – Breaking down large wood pieces into smaller particles for easier processing.

3. Drying / Moisture Control – Ensuring the wood particles are dried to appropriate moisture levels for better pellet formation and combustion.

4. Pellet Formation – Compressing the prepared wood particles into small, dense pellets that are easier to store, transport, and burn efficiently.

5. Cooling & Quality Finishing – Cooling the pellets, screening out fines or broken pieces to ensure uniformity and good handling.

6. Packaging & Storage – Packing the finished pellets in bags or bulk formats, ready for distribution or use.

Benefits & Uses

• Converts wood waste into a saleable product or useful fuel, creating income or savings.

• Helps in environmental cleanup and waste management by diverting wood offcuts and residues.

• Reduces reliance on fossil fuels, contributing to sustainable energy goals.

• Offers cleaner combustion, reduced smoke, and lower emissions compared to raw wood burning.

• Enables use in heating systems, industrial boilers, co‑firing plants, and renewable energy projects.

Why Choose This Plant

• Fully integrated – handles all major steps from waste to pellet.

• Designed for durability and stable output over time.

• Offers cost savings in raw material logistics and waste handling.

• Easy to operate with training and support.

• Aligns with green energy incentives, regulatory approvals, and sustainability norms

Product Description

A Wood Waste Biomass Pellet Making Plant transforms waste wood—such as sawdust, wood chips, trimming cuttings, forestry residues—into clean, high‑density fuel pellets. This plant offers a sustainable solution to manage wood waste, reduce environmental impact, and generate renewable energy or fuel suitable for boilers, heating systems, or co‑firing with traditional fuels.

This plant is designed to deliver consistent pellet quality, ease of operation, and long‑term reliability. It involves all the major stages of pellet production, from raw material preparation to final packing, in a streamlined production flow.

Key Features

• Processes wood waste into uniform biomass pellets that burn more cleanly, handle better, and store well.

• Converts locally available waste into value, reducing disposal costs and minimizing environmental pollution.

• Designed for continuous operation, reliable performance, and minimal labor requirements.

• Suitable for small to medium industrial users, rural enterprises, biomass fuel suppliers, or energy projects.

• Provides an eco‑friendly alternative to fossil fuels, helping reduce carbon footprint.

• Supports green credentials, regulatory compliance, and sustainable energy initiatives.

Plant Workflow

1. Raw Wood Waste Collection & Preparation – Gathering wood waste and removing unwanted materials (stones, metals) to ensure clean input.

2. Wood Size Reduction – Breaking down large wood pieces into smaller particles for easier processing.

3. Drying / Moisture Control – Ensuring the wood particles are dried to appropriate moisture levels for better pellet formation and combustion.

4. Pellet Formation – Compressing the prepared wood particles into small, dense pellets that are easier to store, transport, and burn efficiently.

5. Cooling & Quality Finishing – Cooling the pellets, screening out fines or broken pieces to ensure uniformity and good handling.

6. Packaging & Storage – Packing the finished pellets in bags or bulk formats, ready for distribution or use.

Benefits & Uses

• Converts wood waste into a saleable product or useful fuel, creating income or savings.

• Helps in environmental cleanup and waste management by diverting wood offcuts and residues.

• Reduces reliance on fossil fuels, contributing to sustainable energy goals.

• Offers cleaner combustion, reduced smoke, and lower emissions compared to raw wood burning.

• Enables use in heating systems, industrial boilers, co‑firing plants, and renewable energy projects.

Why Choose This Plant

• Fully integrated – handles all major steps from waste to pellet.

• Designed for durability and stable output over time.

• Offers cost savings in raw material logistics and waste handling.

• Easy to operate with training and support.

• Aligns with green energy incentives, regulatory approvals, and sustainability norms

Product Description

A Wood Waste Biomass Pellet Making Plant transforms waste wood—such as sawdust, wood chips, trimming cuttings, forestry residues—into clean, high‑density fuel pellets. This plant offers a sustainable solution to manage wood waste, reduce environmental impact, and generate renewable energy or fuel suitable for boilers, heating systems, or co‑firing with traditional fuels.

This plant is designed to deliver consistent pellet quality, ease of operation, and long‑term reliability. It involves all the major stages of pellet production, from raw material preparation to final packing, in a streamlined production flow.

Key Features

• Processes wood waste into uniform biomass pellets that burn more cleanly, handle better, and store well.

• Converts locally available waste into value, reducing disposal costs and minimizing environmental pollution.

• Designed for continuous operation, reliable performance, and minimal labor requirements.

• Suitable for small to medium industrial users, rural enterprises, biomass fuel suppliers, or energy projects.

• Provides an eco‑friendly alternative to fossil fuels, helping reduce carbon footprint.

• Supports green credentials, regulatory compliance, and sustainable energy initiatives.

Plant Workflow

1. Raw Wood Waste Collection & Preparation – Gathering wood waste and removing unwanted materials (stones, metals) to ensure clean input.

2. Wood Size Reduction – Breaking down large wood pieces into smaller particles for easier processing.

3. Drying / Moisture Control – Ensuring the wood particles are dried to appropriate moisture levels for better pellet formation and combustion.

4. Pellet Formation – Compressing the prepared wood particles into small, dense pellets that are easier to store, transport, and burn efficiently.

5. Cooling & Quality Finishing – Cooling the pellets, screening out fines or broken pieces to ensure uniformity and good handling.

6. Packaging & Storage – Packing the finished pellets in bags or bulk formats, ready for distribution or use.

Benefits & Uses

• Converts wood waste into a saleable product or useful fuel, creating income or savings.

• Helps in environmental cleanup and waste management by diverting wood offcuts and residues.

• Reduces reliance on fossil fuels, contributing to sustainable energy goals.

• Offers cleaner combustion, reduced smoke, and lower emissions compared to raw wood burning.

• Enables use in heating systems, industrial boilers, co‑firing plants, and renewable energy projects.

Why Choose This Plant

• Fully integrated – handles all major steps from waste to pellet.

• Designed for durability and stable output over time.

• Offers cost savings in raw material logistics and waste handling.

• Easy to operate with training and support.

• Aligns with green energy incentives, regulatory approvals, and sustainability norms

Product Description

A Wood Waste Biomass Pellet Making Plant transforms waste wood—such as sawdust, wood chips, trimming cuttings, forestry residues—into clean, high‑density fuel pellets. This plant offers a sustainable solution to manage wood waste, reduce environmental impact, and generate renewable energy or fuel suitable for boilers, heating systems, or co‑firing with traditional fuels.

This plant is designed to deliver consistent pellet quality, ease of operation, and long‑term reliability. It involves all the major stages of pellet production, from raw material preparation to final packing, in a streamlined production flow.

Key Features

• Processes wood waste into uniform biomass pellets that burn more cleanly, handle better, and store well.

• Converts locally available waste into value, reducing disposal costs and minimizing environmental pollution.

• Designed for continuous operation, reliable performance, and minimal labor requirements.

• Suitable for small to medium industrial users, rural enterprises, biomass fuel suppliers, or energy projects.

• Provides an eco‑friendly alternative to fossil fuels, helping reduce carbon footprint.

• Supports green credentials, regulatory compliance, and sustainable energy initiatives.

Plant Workflow

1. Raw Wood Waste Collection & Preparation – Gathering wood waste and removing unwanted materials (stones, metals) to ensure clean input.

2. Wood Size Reduction – Breaking down large wood pieces into smaller particles for easier processing.

3. Drying / Moisture Control – Ensuring the wood particles are dried to appropriate moisture levels for better pellet formation and combustion.

4. Pellet Formation – Compressing the prepared wood particles into small, dense pellets that are easier to store, transport, and burn efficiently.

5. Cooling & Quality Finishing – Cooling the pellets, screening out fines or broken pieces to ensure uniformity and good handling.

6. Packaging & Storage – Packing the finished pellets in bags or bulk formats, ready for distribution or use.

Benefits & Uses

• Converts wood waste into a saleable product or useful fuel, creating income or savings.

• Helps in environmental cleanup and waste management by diverting wood offcuts and residues.

• Reduces reliance on fossil fuels, contributing to sustainable energy goals.

• Offers cleaner combustion, reduced smoke, and lower emissions compared to raw wood burning.

• Enables use in heating systems, industrial boilers, co‑firing plants, and renewable energy projects.

Why Choose This Plant

• Fully integrated – handles all major steps from waste to pellet.

• Designed for durability and stable output over time.

• Offers cost savings in raw material logistics and waste handling.

• Easy to operate with training and support.

• Aligns with green energy incentives, regulatory approvals, and sustainability norms

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

Product Description

A Wood Waste Biomass Pellet Making Plant transforms waste wood—such as sawdust, wood chips, trimming cuttings, forestry residues—into clean, high‑density fuel pellets. This plant offers a sustainable solution to manage wood waste, reduce environmental impact, and generate renewable energy or fuel suitable for boilers, heating systems, or co‑firing with traditional fuels.

This plant is designed to deliver consistent pellet quality, ease of operation, and long‑term reliability. It involves all the major stages of pellet production, from raw material preparation to final packing, in a streamlined production flow.

Key Features

• Processes wood waste into uniform biomass pellets that burn more cleanly, handle better, and store well.

• Converts locally available waste into value, reducing disposal costs and minimizing environmental pollution.

• Designed for continuous operation, reliable performance, and minimal labor requirements.

• Suitable for small to medium industrial users, rural enterprises, biomass fuel suppliers, or energy projects.

• Provides an eco‑friendly alternative to fossil fuels, helping reduce carbon footprint.

• Supports green credentials, regulatory compliance, and sustainable energy initiatives.

Plant Workflow

1. Raw Wood Waste Collection & Preparation – Gathering wood waste and removing unwanted materials (stones, metals) to ensure clean input.

2. Wood Size Reduction – Breaking down large wood pieces into smaller particles for easier processing.

3. Drying / Moisture Control – Ensuring the wood particles are dried to appropriate moisture levels for better pellet formation and combustion.

4. Pellet Formation – Compressing the prepared wood particles into small, dense pellets that are easier to store, transport, and burn efficiently.

5. Cooling & Quality Finishing – Cooling the pellets, screening out fines or broken pieces to ensure uniformity and good handling.

6. Packaging & Storage – Packing the finished pellets in bags or bulk formats, ready for distribution or use.

Benefits & Uses

• Converts wood waste into a saleable product or useful fuel, creating income or savings.

• Helps in environmental cleanup and waste management by diverting wood offcuts and residues.

• Reduces reliance on fossil fuels, contributing to sustainable energy goals.

• Offers cleaner combustion, reduced smoke, and lower emissions compared to raw wood burning.

• Enables use in heating systems, industrial boilers, co‑firing plants, and renewable energy projects.

Why Choose This Plant

• Fully integrated – handles all major steps from waste to pellet.

• Designed for durability and stable output over time.

• Offers cost savings in raw material logistics and waste handling.

• Easy to operate with training and support.

• Aligns with green energy incentives, regulatory approvals, and sustainability norms

• based don european design and techenology .
• efficiency>95% 
• portable and light weight 
• automated ash cleaning option available 
• complete protection from back fire

        ADVANTAGE OF OUR PELLET       BURNER
 

• high quality raw material like fire  grade stainless steel used 
• very less ash operation 
• smoke less operation
• easy to operate 
• quality spare parts used 
• automatic ignition option available 
• long life 
• silent working 
• complete back up and service support 
• fully automate continuous operation
• massive savings compared to diesel, coal and wood, LPG and PNG.