Oil Pressers | Palm oil production in industrial plants | - Automatic operation (ISO 9283 Class 4) - Capacity: 500 kg/h (Base) ▲ 1000 kg/h (Advanced) - Material: Stainless steel (ASTM A240) | ▲ Higher throughput in Advanced models - Reduced labor costs - Corrosion resistance | Higher initial cost - Requires skilled maintenance |
Digesters | Biomass processing, organic waste treatment | - Anaerobic digestion capacity: 10 tons/day (Industry Standard) ▲ 15 tons/day (Advanced) - Temperature control: ±2°C (ISO 2372) | ▲ Higher capacity in Advanced models - Efficient waste conversion - Low odor emissions | Large footprint - High energy consumption |
Screw Presses | Dewatering processed biomass | - Moisture reduction: 90% (Base) ▲ 95% (Advanced) - Pressure rating: 100 bar (ASTM F1708) | ▲ Better dewatering in Advanced models - Compact design - High recovery rate | Requires frequent filter cleaning - Noise level: 85 dB (equivalent to lawnmower) |
Crushers | Breaking down palm fruit | - Material: Carbon steel (ASTM A36) - Capacity: 500 kg/h (manual) ▲ 1000 kg/h (automated) | Cost-effective base model - Durable construction - Low maintenance | High noise pollution - Limited scalability without automation |
Separators | Oil extraction post-pressing | - Separation efficiency: 90% (Industry Standard) ▲ 95% (Advanced) - Vibration resistance: ISO 2372 Class 3 | ▲ Higher purity in Advanced models - Compact footprint - Low energy use | Requires calibration for optimal performance - Fragile components in sensitive models |
Dewatering Machines | Removing excess liquid from biomass | - Automatic operation (ISO 9283) - Throughput: 1500 kg/h (Base) ▲ 2500 kg/h (Advanced) - Moisture content: 20% → 10% (Advanced) | ▲ Higher throughput in Advanced models - Energy-efficient - Modular design | Higher upfront cost - Requires regular lubrication |