PelletIndia’s 5 TPH Fully Automated Biomass Pellet Plant is a cutting-edge facility designed for high efficiency, minimal human intervention, and consistent pellet quality. This real-world setup integrates smart automation, heavy-duty equipment, and an energy-efficient layout to ensure 24/7 operation with only 2 operators per shift.

🔧 Key Machinery in the 5 TPH Fully Automated Pellet Plant:

Hydraulic Moving Floor – Automatic raw material feeding from bulk pit to conveyor.
Feeding Hopper with Level Sensors – Controls flow rate to the vibrating screen.
Vibrating Screen – Removes impurities from biomass.
Chain Conveyor System – Heavy-duty transport for raw material across the layout.
Flash Dryer (Optional: Rotary Dryer) – Reduces moisture to optimal levels for pelletizing.
Magnetic Separator – Extracts ferrous materials for equipment protection.
Tear Drop Hammer Mill – Pulverizes raw biomass into fine particles.
Air Aspiration System – Reduces dust, increases hammer mill efficiency.
Ribbon Mixer – Ensures uniform blending of raw material for consistent pellets.
Feeder Dosing System – Automatically meters material into the pellet mill.
Ring Die Pellet Mill – Core machine; produces uniform, dense 6–8 mm pellets.
Pellet Cooler (Counter-Flow Type) – Brings pellet temperature close to ambient.
Screening & Dedusting Unit – Removes fines from finished pellets.
Conveyors to Storage – Transports pellets to silos or jumbo bag stations.
Jumbo Bag Filling Station – Automated bagging and weighing system.
Centralized Control Panel (PLC + HMI) – Full plant monitoring, automation, alarms, data logging.

🌍 Layout Features:

Modular Design: Easy maintenance and expansion.
Fully Enclosed Conveying: Dust-free environment.
Optimized Flow Path: Reduces energy usage and transport time.
Energy-Efficient Motors & VFDs: Lower operational cost.

💡 Labor & Efficiency Highlights:

Only 2 operators needed per shift.
Remote monitoring and automatic alerts via PLC/HMI.
Auto-start/stop sequencing reduces downtime and manual errors.
Pre-installed sensors optimize drying and pelletizing based on moisture and feed rate.