Elevating Agricultural Excess into High-Performance Sustainable Aviation Fuel

Today, aviation faces a multi-billion dollar problem: an aggressive mandate to decarbonize, paired with a severe global shortage of sustainable feedstocks. Meanwhile, the agricultural sector faces an expensive disposal problem: millions of tons of rice husks left behind after milling, often burned openly as waste.

We bridge this gap. By utilizing advanced thermochemical conversion (Pyrolysis and Gasification), we turn agricultural residue into 100% drop-in Sustainable Aviation Fuel (SAF). We are not just decarbonizing flight; we are monetizing the agricultural waste cycle and building a true circular economy.

The Double-Sided Value Proposition

1. For the Aviation Industry (The Offtakers)

• True Feedstock Diversification: Break free from the constraints of Used Cooking Oil (UCO) and animal fats, which are already hit a global supply ceiling. Rice husks offer a vast, non-food, non-crop-competing biomass alternative.

• A Complete Fuel Matrix: Unlike basic bio-oils, our dual-route processing produces a balanced blend of n-alkanes, iso-alkanes, cyclo-alkanes, and aromatics. This delivers the high energy density and necessary seal-swell properties required for a 100% drop-in Jet A-1 replacement.

• Drastic Lifecycle Reduction: Cut scope 3 aviation emissions by up to 80–85% compared to conventional jet fuel on a full life-cycle assessment (LCA).

2. For the Agricultural Sector (The Suppliers)

• New Revenue Streams: Turn a costly, localized waste-management liability (storage, disposal, and open burning) into a high-value industrial commodity.

• Rural Economic Development: Inject capital directly into farming communities and rice milling infrastructure, creating green tech jobs in rural hubs.

• Zero Crop Disruption: We utilize the residues of existing food production. Zero acres of forest are cleared, and zero arable food land is repurposed.

The Technical Blueprint (How it Works)

We utilize a decentralized, dual-pathway processing network optimized for seasonal agricultural yields:

Fast Pyrolysis: Rapid thermal breakdown of lignin, cellulose, and hemicellulose into a high-density liquid bio-oil. Rich in Aromatics and Cyclo-alkanes, essential for matching traditional jet fuel density and engine safety parameters.

High-Temp Gasification: Breakdown of biomass into clean syngas (CO + H2), augmented by an integrated water-gas shift mechanism. Processed via Fischer-Tropsch (FT) reactors to synthesize the long, pure paraffinic chains of n-alkanes and iso-alkanes.

Both streams are dynamically blended into a perfect hydrocarbon matrix at our centralized storage facilities.

Aviation cannot meet its net-zero targets alone, and agriculture is sitting on the carbon solution. This technology is developed at www.biocom.id.