Technical Product Data

Industrial Biofuel Catalog

Explore laboratory-tested specifications, customization choices, and application benefits of our biomass products.

Flagship Product

90mm Biomass Briquettes

Our biomass briquettes are manufactured using high-pressure compaction technology from renewable agro and wood biomass materials without the addition of chemical binders. Designed to provide stable combustion, optimum calorific value, low moisture, and controlled ash generation for heavy industrial heating.

Raw Material Ratios

Ratio 1: Eucalyptus (70-80%) + Sawdust (20-30%)
Ratio 2: Subabul (70-80%) + Sawdust (20-30%)
Ratio 3: Eucalyptus (60%) + Chips (20%) + Sawdust (20%)
Ratio 4: Subabul (60%) + Chips (20%) + Sawdust (20%)

Custom Options: 100% Eucalyptus, 100% Subabul, or customizable density.

Storage & Handling Guidelines

  • Store in dry, covered shelter spaces to prevent expansion.
  • Protect completely from direct moisture, humidity, and rainfall.
  • Avoid rough handling during unloading to minimize fragmentation.
Premium 90mm Cylindrical Biomass Briquettes
🔥 GCV: 4,000 kcal/kg
💧 Moisture: 5.8%

Technical Specifications

Parameter Typical Value
Product Type Biomass Briquette
Shape Cylindrical
Standard Diameter 90 mm
Gross Calorific Value (GCV) 4000 kcal/kg
Moisture Content 5.8%
Ash Content 7.6%
Fixed Carbon 20.6%
Volatile Matter 66%
Binder Used Nil (Binderless Compaction)
Packing HDPE Woven Bags (~40 kg/bag)

Quality Testing Laboratory

Vanga Bioflare Solutions Quality Testing Laboratory
Economical Industrial Solution

Industrial Wood Chips & Bark Chips

An excellent, cost-effective biomass fuel solution providing stable combustion and easy bulk handling in industrial thermal operations.

Overview & Sizing

Our wood chips are processed to consistent sizing to ensure steady, automated feeding into boilers and thermal fluid heaters. They represent a high-value alternative to raw coal, firewood logs, or agricultural husks.

Primary Applications:

  • Pharmaceutical Industries
  • Food Processing Units
  • Textile & Dying Boilers
  • Agro Processing Units
  • Steam Generation Boilers
Processed industrial wood chips storage
🪵 Uniform Sizing
📉 Low Ash Output

Wood Chips Technical Specifications

Parameter Typical Value
Product Type Industrial Hardwood / Bark Chips
Chip Size Range 10 – 50 mm (Consistent Grading)
Feedstock Wood Eucalyptus, Subabul, & Sourced Hardwoods
Gross Calorific Value (GCV) 3200 - 3600 kcal/kg
Moisture Content 15% - 25% (Dry Processed)
Ash Content < 2.0% (Clean Combustion)
Contaminants / Soil Nil (Screened Sizing)
Delivery Format Loose Bulk Truckloads (10/12 Wheelers)

Size Grading & Sifting Process

To ensure automated conveyor lines and boilers feed smoothly without jam issues, our wood chips undergo a strict sifting process:

  • Rotary Screen Sifting: Removes oversized bark slabs and micro-dust before truckloading.
  • Metal Detection: Inline magnetic separators remove any metallic debris from logging operations.
  • Drying Yards: Sized chips are stored under high-ventilation shelters to control moisture rise.
  • Combustion Speed: Consistent surface-area-to-volume ratio ensures uniform heat release.

Why Wood Chips are Superior to Wood Logs

Traditional Wood Logs

Unprocessed logs introduce significant boiler inefficiencies and heat loss:

  • High Moisture: Raw logs carry 40% to 50% moisture, wasting substantial heat energy just to vaporize water.
  • Inefficient Feed: Requires manually feeding bulky logs, creating thermal fluctuations and high labor demands.
  • Hidden Cost: You end up paying for high water weight instead of combustible fiber value.
VS

Processed Wood Chips

Controlled processing and lower moisture increase overall boiler performance:

  • Lower Moisture: Proper pre-drying guarantees excellent thermal conversion and high heat values.
  • Stable Burn: Smaller size enables even combustion and reduces boiler temperature fluctuations.
  • Automated Feeding: Suitable for conveyor or feed systems, reducing plant floor work.

Why Wood Chips are Superior to Rice Husk

Rice Husk Fuel

High silica structures introduce long-term mechanical issues:

  • High Silica Content: Leads to clinker formation, slagging, and boiler throat choking.
  • High Ash Load: Creates substantial ash volume, necessitating frequent boiler cleaning.
  • High Maintenance: Frequent grid cleaning and slag removal increase system downtime.
VS

Processed Wood Chips

Clean biomass profiles reduce overall system maintenance costs:

  • Minimal Silica: Extremely low silica protects boiler chambers and reduces slagging risks.
  • Low Ash Generation: Generates significantly less ash, leaving cleaner burning surfaces.
  • Extended Boiler Life: Keeps tube surfaces cleaner, improving heat transfer and lifespan.
6mm biomass pellets raw view
⚙️ 6mm Diameter
🔋 High-Density
Automated Feeding Systems

Biomass Pellets – 6 mm

VANGA BIOFLARE SOLUTIONS manufactures high-density 6 mm Biomass Pellets specifically for automatic and semi-automatic industrial heating systems.

Selected biomass materials are dried, processed to uniform size, and compressed under high pressure to form dense pellets. This process guarantees consistent fuel parameters, low moisture, and excellent combustion stability.

Raw Materials Used

Our pellets are manufactured utilizing clean, dry feedstock:

  • Wood biomass / shavings
  • Dry sawdust and wood powder
  • Processed agricultural biomass residues

Key Cost Savings:

  • Reduced Losses: High density prevents dusting and handling spills.
  • Storage Efficiency: Requires 50% less physical space than loose wood residues.
  • Cleaner Operations: Smooth fuel feeding reduces thermal variance.

Pellet Technical Specifications

Parameter Typical Value
Product Type Industrial Biomass Pellets
Diameter 6 mm
Length 10 – 35 mm
Gross Calorific Value (GCV) 3900 - 4200 kcal/kg
Moisture Content < 8%
Ash Content < 3.5%
Bulk Density ≥ 650 kg/m³
Binder Used Nil (100% Natural Compaction)
Packing HDPE Woven Bags (~40 kg/bag) or Loose Bulk

Industrial Suitability & Boiler Feeders

Our 6 mm pellets are specifically manufactured to meet the strict handling requirements of automatic and gravity-feed heating systems:

  • Gravity-Feed Systems: Smooth cylindrical flow prevents throat choking and hopper bridging.
  • Pneumatic Conveyors: High mechanical durability reduces fine dust generation during transit.
  • Co-Firing Plants: Blendable with crushed coal to easily transition towards carbon-neutral operations.
  • Small-to-Medium Boilers: Ideal for precision temperature control in pharmaceutical and food processing plants.