MATERIAL
Material & Palm Shells
As the palm industry continues to grow, the huge amount of palm shell waste has been a matter of great concern. The special structure and difficult-to-degrade nature of palm shells pose great challenges to its processing and utilization. In order to better utilize this precious natural resource, we introduced an advanced palm shell shredder, thus opening a new era of palm shell reuse. Through efficient shredding technology, this equipment can quickly cut huge palm shells into easy-to-handle pieces, creating ideal conditions for their reuse.
Palm shell shredder not only effectively reduces the volume of palm shells, but also converts them into multi-purpose raw materials. The shredded palm shells can be used in many fields such as biomass energy production and organic fertilizer production, maximizing the utilization of resources. This treatment method not only solves the problem of palm shell processing but also provides an innovative solution for sustainable development and promotes the upgrading of the entire palm industry.
Find the right shredder
FIND THE RIGHT SHREDDER
Our shredders for palm shells
FT2S Series Mini shredder
Motor:3.5kw-7.5kw-4,1set
Input Speed:15-17rpm
Shaft Diamter:Φ60-Φ70mm
FTS Series Mini shredder
Shaft Diamter:Φ60-Φ70mm
Input Speed:15-17rpm
Shaft Diamter:Φ60-Φ70mm
FTHS Double Shaft Shredder
Power:11-500kw
Chamber Length:600-2000mm
Blade Size:Φ300-Φ800mm
Input materials
INPUT MATERIALS
Which types of palm shells can be shredded?
In industrial biomass processing, a high-performance shredder designed for palm shells and related palm waste serves as the primary size-reduction unit that transforms bulky, irregular palm shell material into uniform, manageable fragments suitable for downstream processing. Palm shells are dense lignocellulosic residues from palm oil production that, if left unprocessed, present challenges in handling, transport, and energy conversion. A purpose-built palm shell shredder employs robust alloy steel blades and a heavy-duty rotor assembly engineered to shear and cut the hard shell structure into a controlled particle size, typically in the range of 10–30 mm, depending on rotor configuration and screen selection. This fragmentation reduces the physical size and heterogeneity of the shells, promoting consistent drying, enhanced combustion characteristics, and improved feedstock quality for pelletizing or gasification applications. The shredding stage also facilitates more uniform moisture distribution and reduces the overall load on subsequent equipment such as dryers and pellet mills.
Following the primary shredding operation, the processed palm shell fragments can be directed into secondary crushing or grinding equipment when finer particle sizes are required for high-density pellet production or efficient bioenergy conversion. In such configurations, the shredder’s output material is conveyed to a hammer mill or fiber crusher that further reduces particle dimensions to approximately 4–10 mm through high-speed impact and screening. This two-stage size-reduction process—initial coarse shredding followed by controlled fine grinding—ensures that the palm shell biomass meets strict feedstock specifications for uniformity, density, and mechanical integrity. The combined shredding and crushing workflow enhances plant throughput, optimizes energy consumption per unit of processed biomass, and supports diverse end-uses such as pellet fuel manufacturing, composting blends, and biomass-based energy systems.
Customer Case
Other Materials
OTHER MATERIALS
Related processable materials
