About Biomass Pellets

16 MM BIOMASS PELLETS

Sustainable Industrial Fuel for a Cleaner, Cost-Efficient Future

Introduction

The global energy landscape is rapidly shifting toward sustainable, renewable, and environmentally responsible fuels. Industries today are under constant pressure to reduce carbon emissions, comply with environmental norms, and simultaneously control energy costs. In this transition, biomass pellets have emerged as one of the most reliable and scalable alternatives to fossil fuels.

16 mm Biomass Pellets represent an ideal solution for large and medium-scale industrial energy applications, offering high calorific value, consistent combustion, ease of handling, and a significantly lower carbon footprint compared to coal, furnace oil, and other conventional fuels.

Manufactured from renewable agricultural residues, these pellets convert agro-waste into high-energy fuelcreating value for industries, farmers, and the environment alike.

About the Product 16 mm Biomass Pellets

16 mm biomass pellets are densified solid biofuels produced by compressing processed agro-residues under high pressure using advanced ring-die pellet mills. No chemical binders are added; the natural lignin present in biomass acts as a binding agent.

The 16 mm diameter makes these pellets especially suitable for:

• Industrial boilers

• Thermal power plants

• Cement kilns

• Textile and food-processing boilers

• Brick kilns

• Steam generation units

• Gasifiers and large combustion systems

Their uniform size ensures smooth feeding, stable combustion, and predictable energy outputkey requirements for industrial operations.

Raw Materials Used

Our 16 mm biomass pellets are manufactured using carefully selected agro-based raw materials, including:

• Mustard Husk / Mustard Stalk

• Rice Husk

• Guar Husk

• Moong Husk

• Other agricultural residues and crop waste

All raw materials are locally sourced, ensuring freshness, lower transportation emissions, and support for the rural economy. Strict quality checks are performed to maintain consistency in moisture, ash content, and calorific value.

Manufacturing Process

The manufacturing of 16 mm biomass pellets follows a controlled, multi-stage process designed to ensure quality, durability, and performance.

1. Raw Material Segregation & Cleaning

Incoming agro-waste is inspected and cleaned to remove stones, metal particles, and foreign impurities.

2. Size Reduction

The biomass is processed through hammer mills or crushers to achieve a uniform particle size, ideal for pellet formation.

3. Drying

Moisture content is optimized (typically 812%) using natural or mechanical drying systems. Proper moisture is critical for pellet strength and combustion efficiency.

4. Pelletization (Ring Die Technology)

The prepared material is compressed through heavy-duty ring die pellet mills, forming dense and uniform 16 mm pellets under high pressure and temperature.

5. Cooling & Screening

Fresh pellets are cooled to stabilize structure and screened to remove fines.

6. Storage & Dispatch

Pellets are stored in dry, ventilated conditions and dispatched in bulk or bags as per customer requirement.

Typical Technical Specifications

(Exact values may vary slightly based on raw material composition.)

Key Advantages of 16 mm Biomass Pellets

1. High Energy Efficiency

With a stable calorific value, these pellets deliver consistent heat output, making energy planning predictable and efficient.

2. Cost Savings

Compared to coal, furnace oil, and diesel, biomass pellets offer significant fuel cost reduction, especially in regions with agro-waste availability.

3. Environmentally Friendly

• Carbon-neutral fuel

• Lower SOx, NOx, and particulate emissions

• Supports Indias renewable energy goals

4. Uniform Size & Easy Handling

The 16 mm size ensures:

• Smooth feeding in industrial systems

• Reduced clogging and downtime

• Lower dust generation compared to loose biomass

5. Sustainable Waste Utilization

Converts agricultural waste into a valuable energy resource, reducing open-field burning and air pollution.

6. Reduced Storage & Transportation Cost

High bulk density allows more energy per truckload, reducing logistics cost per unit of energy.

Applications

16 mm biomass pellets are widely used across industries, including:

Thermal Power Plants

• Co-firing with coal

• Dedicated biomass boilers

• NTPC and other utility-scale projects

Cement Industry

• Kiln and calciner fuel

• Partial coal replacement

Textile Industry

• Steam boilers

• Dyeing and processing units

Food Processing Industry

• Rice mills

• Sugar mills

• Breweries and dairies

Brick Kilns & Ceramic Units

• Consistent high-temperature firing

Chemical & Pharma Plants

• Clean steam generation

Comparison with Conventional Fuels

Storage & Handling Guidelines

• Store in a dry, covered area

• Avoid direct contact with water

• Ensure proper ventilation

• Use FIFO (First In, First Out) method

• Avoid excessive pellet fines during handling

Proper storage ensures long shelf life and maintained calorific value.

Packaging & Supply Options

We offer flexible supply options based on client requirements:

• Bulk loose supply (tipper / container)

• Jumbo bags

• HDPE bags

Consistent supply planning and logistics coordination ensure timely dispatch and uninterrupted operations.

Quality Assurance

Every batch undergoes:

• Moisture testing

• Ash analysis

• Calorific value checks

• Visual inspection for durability and fines

Quality consistency is our priority to ensure customer satisfaction and long-term partnerships.

Regulatory & Sustainability Alignment

• Supports Government of India biomass and renewable energy initiatives

• Suitable for co-firing mandates

• Helps industries meet ESG and environmental compliance targets

• Contributes to circular economy and rural employment

Why Choose Our 16 mm Biomass Pellets

• Reliable industrial-grade quality

• Stable long-term supply capability

• Transparent specifications

• Focus on sustainability and efficiency

• Professional handling and dispatch

Our pellets are designed not just as fuelbut as a strategic energy solution.

Conclusion

16 mm biomass pellets are more than an alternative fuelthey are a future-ready energy choice. By switching to biomass pellets, industries achieve cost efficiency, operational reliability, environmental responsibility, and regulatory compliance.

As energy demands grow and sustainability becomes non-negotiable, biomass pellets stand at the intersection of economy, ecology, and efficiency.