Borvex Palm Kernel Shells – 25kg Bag

Power Your Energy Systems with Borvex Palm Kernel Shells

Borvex Palm Kernel Shells (PKS) are crafted entirely from 100% natural palm kernel by-products sourced from sustainable palm oil mills. Free from chemicals and binders, our PKS is engineered to deliver powerful combustion performance in industrial and commercial biomass systems.

Key Features:

• High Energy Output: Provides high calorific value ideal for boilers, kilns, and biomass power plants.

• Low Ash Residue: Contains less than 6% ash, reducing buildup and cleaning downtime.

• Moisture Controlled: Maintains a low moisture profile to enhance burn efficiency and energy yield.

• Sustainable and Eco-Friendly: Made from renewable palm shell waste, reducing reliance on fossil fuels.

Why Choose Borvex Palm Kernel Shells?

Our commitment to quality starts with carefully selected palm shell fibre, processed to deliver a uniform, clean-burning fuel. Borvex PKS is a proven biomass solution for businesses and energy systems seeking sustainability, efficiency, and cost control. We ensure consistent sizing, moisture content, and cleanliness in every bag.

Product Specifications:

• Weight per Bag: 25kg

• Material: 100% Natural Palm Kernel Shells

• Moisture content (typically < 20%)

• Ash content (around 2–5%)

• Heating value (approximately 4,000–4,500 kcal/kg or 15–18 MJ/kg)

• Bulk density (~600–700 kg/m³)

• Form: Crushed Granules

Ideal For:

• Industrial biomass boilers and furnaces

• Cement kilns and thermal oil heaters

• Renewable fuel heating systems

• Large-scale biomass energy applications

Packaging Options:

• Individual Bags: 25kg each

• Bulk Orders: Pallet quantities available for larger heating needs

Order Now for Consistent, Eco-Efficient Biomass Fuel

Choose Borvex Palm Kernel Shells for a high-performance renewable fuel that supports cleaner combustion and long-term operational savings.

Note: Product specifications represent average values. Natural variability may occur based on sourcing and processing conditions.