A high-capacity biomass pelleting plant designed for large-scale, continuous industrial operation. The system converts agricultural and biomass waste into uniform fuel pellets and includes an integrated hammer mill for raw material size reduction, along with input and output conveyors for automated material handling. Shree Khodiyar Engineering Works, Rajkot, Gujarat, India

Included Equipment

  • Biomass Pellet Machine 6-8mm

Working Mechanism

  • Pellet Machine — Main motor, gear reducer, auto lubrication system, oil & grease pumps, pelleting die & rollers, and a cooling system for finished pellets; dust collectors control airborne particulate during operation.
  • Hammer Mill — High-efficiency blower, screw conveyor, and rotary air valve work together to reduce raw biomass to the fine size required for pelleting.
  • Material Flow — Raw biomass is fed via the input screw conveyor, size-reduced in the hammer mill, compacted into cylindrical pellets by the pellet machine’s rollers and die, cooled, and discharged via the output belt conveyor.

Production Capacity

Pellet Machine Output1,500 – 2,000 Kg/hr ± 10% (depends on raw material density & moisture)

General Specifications

Feeding Raw Material SizeLess than 6 mm
Moisture Content of Raw MaterialUp to 10%
Pellet Diameter8 mm & 10 mm (cylindrical, dependent on pellet die)
Electrical Power Requirement — Overall Plant
Total Power Connection189 HP / 141 KW
Total Ampere Load160 – 170 A
Power Consumption70 – 75 Units/hr
Overall Supply415 Volts ± 10%
Motors — Pellet Machine
Main Motor132 KW (177 HP)
Land & Manpower Requirement
Total Land Required1,500 – 2,000 Sq. Mt. (approx.)

Key Features

  • RPM controller
  • Easy to change wear & tear parts
  • Fully automatic control panel
  • Robust design built for continuous industrial operation
  • In-house manufacturing — designed, fabricated and trial-run at the Rajkot works
  • Branded motors, gearboxes and bearings used throughout