Focus on carbon equipment
Empty fruit bunches (EFB) have a high fiber content and large volume, making traditional processing methods often inefficient. The EFB continuous carbonization equipment solves this problem through continuous operation, enabling the efficient processing of large quantities of empty fruit bunches.

The equipment maintains stable operating conditions during operation, avoiding energy consumption and production losses caused by frequent starts and stops, making it suitable for the long-term, large-scale operational needs of palm oil mills.
During the carbonization process, the EFB raw material is fully decomposed and converted into biomass charcoal with a loose structure and high calorific value, providing a good foundation for subsequent fuel or soil improvement applications.
The continuous process not only improves processing efficiency but also saves enterprises labor and management costs, making it an important piece of equipment for improving the comprehensive utilization rate of EFB.
In Southeast Asia, Africa, and South America, biomass resources are abundant, but stable and efficient processing equipment is relatively scarce. Due to its stable operation and simple maintenance, the continuous carbonization machine is gradually becomin
In the process of biomass carbonization projects moving from pilot projects to large-scale operations, equipment selection plays a decisive role. Continuous carbonization machines, with their continuous production capabilities and scalability, have become
The Malaysia EFB Pellet Carbonization Project has officially entered the production stage, delivering a stable processing capacity of 2 tons per hour. The project aims to provide a professional solution for the conversion of EFB pellets into biomass charc
Empty fruit bunches (EFB) have a high fiber content and large volume, making traditional processing methods often inefficient. The EFB continuous carbonization equipment solves this problem through continuous operation, enabling the efficient processing o