Palm Kernel Shell (PKS)
A high-energy solid biomass fuel generated during palm kernel processing. PKS offers strong combustion characteristics, practical handling, and broad compatibility with industrial thermal systems.
Product sourcing, preparation, inspection, and supply coordination aligned with international buyer requirements.
TISI supplies premium palm-derived biomass products for industrial energy, power generation, steam production, cement manufacturing, and co-firing applications. From high-quality Palm Kernel Shell to energy-dense EFB Pellet, every product is sourced and prepared with a strong focus on consistency, quality verification, and technical suitability for modern industrial boiler systems.
Four strategic palm-derived products designed to support industrial energy, high-temperature processing, steam generation, and animal-feed applications. Explore each product to understand its characteristics, recommended uses, technical potential, and commercial applications.
A high-energy solid biomass fuel generated during palm kernel processing. PKS offers strong combustion characteristics, practical handling, and broad compatibility with industrial thermal systems.
A densified biomass product manufactured from Empty Fruit Bunch. Its compact form improves handling, transportation, storage, fuel feeding, and consistency compared with loose EFB material.
A fibrous biomass material produced during palm fruit processing. Palm Fiber ignites quickly and can provide practical thermal output for boilers requiring responsive and continuous combustion.
A nutrient-containing co-product obtained after oil extraction from palm kernels. PKC is widely considered as a raw material for animal feed formulations and agricultural nutrition applications.
Share your boiler technology, industrial application, required calorific value, moisture target, monthly volume, destination port, and preferred delivery terms. The TISI team will help identify the most appropriate product option for further technical and commercial evaluation.