PT Aji Bakuh Anugrah — Gresik, East Java, Indonesia
28 Oct 2026 · PT Aji Bakuh Anugrah
Imagine a power plant in Gresik that cuts emissions by half while keeping costs flat. That's the promise of Biomass Nhin Liu, a versatile fuel made from locally sourced organic waste. In practice, it blends seamlessly into existing coal‑based boilers, delivering reliable heat without extra investment. At PT Aji Bakuh Anugrah, we’ve seen the numbers and the smiles on plant managers’ faces. This article walks you through why this biomass is a game‑changer for the region.
Biomass Nhin Liu reduces greenhouse gas emissions by up to 70% compared with coal when used in co‑firing mode. The high volatile content, around 45%, ensures efficient combustion, cutting CO₂ per megajoule. In Gresik’s power plants, the shift to Nhin Liu has lowered the carbon intensity from 0.6 kg CO₂/MWh to 0.18 kg CO₂/MWh. That’s a measurable impact that meets national sustainability targets. Plus, the residual ash is low‑toxic, easing disposal costs.
Biomass Nhin Liu is a processed blend of rice husk, palm kernel shell, and other agricultural residues, refined at PT Aji Bakuh Anugrah’s Gresik facility. It’s engineered for high calorific value while keeping moisture below 10%. The product sits at the intersection of waste valorisation and energy supply, turning local by‑products into a valuable commodity. In the Southeast Asian market, it’s gaining traction among coal‑based power plants and cement kilns that need a cost‑effective, low‑emission fuel. Its versatility means it can replace up to 40% of conventional coal without major plant retrofits.
Rice Husk Natural in the mix delivers 3105 kcal/g and 9.5% moisture, with SiO₂ at 14.5% and bulk density between 100‑120 kg/m³. Palm Kernel Shell contributes a GCV of 4603 kcal/kg and moisture max 15%, ideal for co‑firing. The overall fixed carbon content averages 34.8%, while ash remains below 10%, ensuring a clean burn. With a nitrogen level under 0.5% and sulfur less than 0.1%, emissions stay within regulatory limits. These figures are verified through third‑party testing for every batch.
In practice, Nhin Liu is first adopted by coal‑fired power stations looking to cut emissions. It can be blended up to 40% with coal, delivering consistent heat output and reducing particulate matter. The cement industry benefits as the high silica content from rice husk acts as a supplementary cementitious material, improving strength and durability. Steel mills also use the product as a heat source for blast furnaces, taking advantage of its high carbon content. Across sectors, the result is a lower carbon footprint and often a lower fuel bill.
When purchasing Biomass Nhin Liu, evaluate the moisture content—ideally below 10% to avoid steam‑overheating. Check the bulk density; 100‑120 kg/m³ ensures efficient handling and storage. Consider the supply chain—PT Aji Bakuh Anugrah offers just‑in‑time delivery to Gresik and surrounding provinces. Pricing is influenced by the volume, seasonal availability of feedstock, and transportation costs. Finally, confirm that the supplier provides certification for emissions and calorific value for audit purposes.
Unlike generic biomass, Nhin Liu is blended to hit a precise calorific target, reducing the need for boiler adjustments. Its low ash content and high fixed carbon give a cleaner burn than raw rice husk alone. The product’s proven performance in Gresik’s own plants demonstrates reliability under real operating conditions. Competitors often lack the rigorous quality testing that PT Aji Bakuh Anugrah guarantees. As a result, buyers experience fewer maintenance issues and a smoother transition from coal.
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