Our Offerings

LPG & BIOFUEL SUPPLY

Trusted and Reliable at Best Rates.

1

SUPPLY

We supply these fuels to your doorstep as one of the largest distributors/ manufacturers of these fuels in North India

2

ANNUAL MAINTENANCE

We also provide annual maintenance services of your energy set-up and provide breakdown management services etc round the year.

About Bio Fuel

India has a significant amount of agriculture residue
biomass fuels, including:

The availability and use of these biomass fuels can vary regionally
depending on agricultural practices and local resources.

Crop Residues

Mustard straw, Rice Straw, Wheat Straw, Sugarcane Bagasse, Cotton Stalk, Maize Stalk.

Wood Waste

Sawdust, Wood Chips, Wood Shavings.

Others

Coconut Shells, Groundnut Shells, Coffee Husk.

About Bio Fuel

Comparison of various agriculture-based biomass fuels in India:

Fuel Types & Properties Rice Straw Wheat Straw Sugarcane Bagasse Groundnut Shells Mustard Straw Cashew Shells
Availability High High Moderate Low Moderate Low
Moisture Content 15-20% 10-15% 40-50% 10-15% 10-15% 10-15%
Calorific Value (Kcal./KG) 3200-2500 3500-3800 2000-2500 3500-4000 3000-3500 5500-6000
Emissions Low Low Low Low Low Low
Cost Efficiency Good Moderate Low Moderate Good Good
Usage Brick Kilns, Foundries, Metalworking Units, Ceramic and Glass Manufacturing, Food Processing, Paper and Pulp, Power Generation

State of the art Bio pellet production facilities

1.

Raw Material Collection and Storage

Gather biomass feedstock (e.g., agricultural residues, wood waste). Store the material in a dry, well-ventilated area to prevent spoilage.

2.

Size Reduction

If the material is large a crusher is used to reduce it to smaller pieces. This improves efficienc subsequent steps.

3.

Drying & Mixing

Reduce the moisture content to 8-12%. This can be done using Natural drying or Mechanical drying. If using multiple biomass types or adding binders, mix the materials thoroughly to ensure uniformity.

4.

Briquetting

Compact the dried biomass into dense briquettes using high pressure. This is done using Hydraulic briquetting machines

5.

Cooling

Allow the hot briquettes to cool down to room temperature. This prevents cracking and improves handling.

6.

Packaging & Quality Control

Package the briquettes in bags or other containers for storage and transportation. Check the briquettes for density, moisture content, and other quality parameters.

OUR DESCRIPTION

Advantages of Bio Briquettes for Industries

  • Cost-Effectiveness 40% 40%
More economical than traditional fossil fuels. Reduced transportation and storage costs due to high energy density.
  • Environmental Benefits 70% 70%
Reduced reliance on fossil fuels, leading to lower greenhouse gas emissions. Waste management and resource utilization. Improved air quality in industrial areas
  • Operational Benefits 100% 100%
Consistent and reliable heat output. Reduced maintenance requirements for industrial equipment. Enhanced energy efficiency.

Industrial Applications of Biomass Briquettes

Brick Kilns
A major sector for briquette utilization, replacing traditional coal- based firing.
Industries
  • Foundries and metalworking units.
  • Ceramic and glass manufacturing.
  • Food processing industries.
  • Paper and pulp industries.
Power Generation
Co-firing in thermal power plants to supplement coal

Several Million Tonnes Carbon Emission Saved

Factories Served

Industrial Hubs Covered

MT LPG delivered Till today

Happy Customers

Happy memories