Counter Flow Cooling Section
High-efficiency pellet cooling system with counter-flow air circulation for optimal temperature reduction and product quality
Key Features
- Counter-flow air circulation system
- Variable speed air control
- Temperature monitoring sensors
- Automatic discharge mechanism
- Dust collection integration
- Stainless steel construction
- Easy access maintenance doors
- Energy-efficient operation
Product Overview
The Counter Flow Cooling Section is a critical auxiliary equipment designed to rapidly and efficiently cool hot pellets after the pelletizing process. Utilizing advanced counter-flow air circulation technology, this system ensures uniform cooling while maintaining pellet integrity and quality. The cooling section features a specially designed chamber where hot pellets move downward while cool ambient air flows upward, maximizing heat exchange efficiency. This counter-flow design significantly reduces cooling time compared to traditional methods while preventing thermal stress cracks in pellets. The system includes advanced air circulation controls, dust collection mechanisms, and temperature monitoring systems. Built with food-grade stainless steel and featuring easy-clean designs, this cooling section is suitable for various biomass pellet types and production capacities.
Applications
Technical Specifications
Detailed technical specifications and performance data
| Model | Power (HP) | Capacity (kg/hr) | Cooling Time | Air Flow | Dimensions |
|---|---|---|---|---|---|
| SRE-CFC-800 | 5 HP | 400 - 800 kg/hr | 8-12 minutes | 3000 m³/hr | 1500x1200x2500mm |
| SRE-CFC-1200 | 7.5 HP | 800 - 1200 kg/hr | 10-15 minutes | 4500 m³/hr | 1800x1400x2800mm |
| SRE-CFC-1800 | 10 HP | 1200 - 1800 kg/hr | 12-18 minutes | 6000 m³/hr | 2000x1600x3200mm |
| SRE-CFC-2500 | 15 HP | 1800 - 2500 kg/hr | 15-20 minutes | 8000 m³/hr | 2200x1800x3500mm |
Raw Material Requirements
Input material specifications for optimal performance
Key Advantages
Why choose this equipment for your biomass processing needs
Counter-flow design maximizes heat exchange efficiency for rapid cooling
Uniform temperature reduction prevents thermal stress and pellet cracking
Reduces pellet temperature from 80°C to ambient in minimal time
Energy-efficient operation with optimized air circulation system
Stainless steel construction ensures hygienic processing conditions
Automated discharge system maintains consistent production flow
Integrated dust collection maintains clean working environment
Variable air speed control adapts to different pellet types and conditions
Compact design minimizes floor space requirements
Low maintenance with easily accessible components and service points