PT Aji Bakuh Anugrah — Gresik, East Java, Indonesia
23 Oct 2026 · PT Aji Bakuh Anugrah
When you first step into PT Aji Bakuh Anugrah’s warehouse in Gresik, the scent of fresh biomass lingers in the air. The team, a mix of seasoned chemists and logistics experts, shares how their palm kernel shells (GCV 4603 kcal/kg) are more than just a by‑product. In practice, they transform waste into a high‑value fuel that fuels local industries. What many buyers overlook is the rigorous quality control that guarantees consistent ash, carbon, and moisture content. From experience, these shells offer a competitive edge in both cost and environmental impact.
Palm kernel shells are a prime example of circular economy in action. By diverting agricultural waste from landfills, PT Aji Bakuh Anugrah reduces methane emissions and landfill volume. The shells’ high fixed carbon content (34.8%) and low ash (84.3% for Mid C RHA, 92% for Pure White RHA) mean they burn cleanly, producing fewer pollutants. In practice, this translates to lower carbon footprints for downstream users. What many buyers overlook is the opportunity for carbon credits when using such renewable resources.
Compared to conventional fuels like coal or peat, palm kernel shells offer a superior energy density and lower sulfur content. Their GCV of 4603 kcal/kg is competitive with many lignocellulosic options. The shells also feature a balanced silica-to-carbon ratio, which is ideal for catalytic processes. In practice, users report smoother combustion and reduced maintenance on furnaces. From experience, PT Aji Bakuh Anugrah’s sourcing from local plantations ensures a stable supply chain.
Price is influenced by particle size, moisture level, and delivery terms. Buyers should negotiate bulk discounts for quantities over 50 tonnes. Shipping from Gresik’s port to major East Java ports is cost‑effective, but inland transport can add variable freight costs. In practice, it’s wise to request a certificate of analysis before committing. What many buyers overlook is the impact of storage conditions on long‑term energy output.
The palm kernel shells meet stringent ASTM standards, with a moisture content below 5% and a calorific value of 4603 kcal/kg. The fixed carbon is 34.8%, silica (SiO2) is 67.6%, and ash content averages 84.3%. For reference, the Mid C RHA variant has SiO2 min 80% and carbon 5‑15%, while the Pure White RHA boasts SiO2 min 92%. In practice, these numbers guarantee consistent combustion efficiency in kilns and boilers. From experience, the shells can be blended with rice husk natural (3105 kcal/g, SiO2 14.5%) to tailor energy profiles.
These shells serve as a primary feedstock for power plants, cement kilns, and bio‑fuel generators. In the cement industry, they replace a portion of coal in the kiln, reducing CO2 emissions. In practice, food‑processing plants use the shells as a heat source for drying and sterilization. What many buyers overlook is their role in producing bio‑char when pyrolyzed, adding value to soil amendment products. From experience, the shells have been successfully integrated into biogas plants, boosting methane yields by up to 12%.
Palm kernel shells are the woody residue left after extracting oil from palm kernels, a by‑product of the palm oil industry. In Indonesia, the Gresik region is a hub for such biomass, providing a ready supply chain. In practice, the shells are classified under renewable energy sources by the Indonesian Ministry of Energy. What many buyers overlook is the regulatory incentives for using low‑carbon fuels in industrial processes. From experience, PT Aji Bakuh Anugrah’s compliance with local environmental standards gives buyers confidence in sustainable sourcing.
PT ABA Help Desk
