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Fueling
Decarbonization

Hero
Engineering the Ecosystem

Bioleum engineers the ecosystem by starting where energy grows: in lignocellulosic biomass. Our platform takes sustainably sourced wood waste, forestry thinnings, agricultural residues, and dedicated energy crops and selectively fractionates them into their three main building blocks: cellulose, hemicellulose, and lignin. This controlled separation gives us clean, high‑purity streams instead of a single mixed slurry, which is the key to our low costs, industry leading yields, and versatile downstream processing.

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Products
Cellulosic Ethanol

Cellulosic Ethanol
Producing sustainable ethanol from cellulosic feedstocks.

Gasoline / Diesel

Gasoline & Diesel
Ultra-low-carbon transportation fuels that seamlessly drop-in with existing infrastructure.

Sustainable Aviation Fuel

Sustainable Aviation Fuel
Renewable jet fuel that enables carbon-neutral air travel and meets aviation sustainability goals.

Bio-intermediates & Blendstocks

Bio-intermediates & Blendstocks
High-value intermediates that enhance existing refinery operations and fuel blending capabilities.

Materials & Specialty Chemicals

Materials & Specialty Chemicals
Transforming biomass into high-performance materials and specialty chemical feedstocks.

Feedstock

Waste Biomass

Bioleum unlocks value from existing residues that qualify under EPA Renewable Fuel Standard (RFS) pathways, turning today’s waste into tomorrow’s fuel. By using RFS-compliant crop residue, forestry waste, and fire-risk material, Bioleum avoids food-versus-fuel conflicts, helps landowners monetize, and taps an abundant, sustainable, low-cost, low-carbon feedstock source.

Waste Biomass

Purpose Grown Biomass

Alongside residues, Bioleum deploys purpose-grown energy crops like Hexas, cultivated for fiber yield, resilience, and land revitalization. These high-density, process-advantaged crops offer consistent quality and streamlined logistics while boosting revenue per acre, creating jobs, using marginal lands, and scaling low-carbon fuels.

Waste Biomass
  • Industry

    Petroleum

    Refineries process our bio-intermediates and blendstocks with existing hydrotreaters, tanks, and docks to deliver lower carbon intensity (CI) barrels.

    • Provides refinery‑ready HDO feed and blendstocks that run alongside conventional HEFA and fossil feeds.
    • Improves fleet CI and supports compliance with mandates while preserving existing operating models.
    • Diversifies crude slate with abundant biomass‑derived carbon, reducing exposure to fossil feedstock pricing and supply risks
  • Industry

    Ethanol

    Existing ethanol plants bolt on the cellulosic platform — monetizing C5/C6 sugars, upgrading lignin into fuels, and capturing cellulosic credits (D3 RINS).

    • Adds cellulosic ethanol and advanced biofuel credit revenue streams without replacing existing corn‑ethanol capacity.
    • Converts lignin from a low‑value boiler fuel into higher‑value fuel.
    • Uses current infrastructure (tanks, rail, and utilities) so plants can evolve into integrated biorefineries with increased throughput and profitability.
  • Industry

    Pulp & Paper

    Mills convert waste streams into higher-value fuel streams, leveraging and decarbonizing existing assets.

    • Upgrades lignin and other by‑products instead of burning them, creating new revenue from existing fiber flows.
    • Uses current woodyards, handling systems, and recovery infrastructure, revitalizing mill asset life while lowering carbon intensity.
    • Opens a pathway into premium low‑carbon energy markets, helping mills diversify beyond traditional paper and packaging demand.
  • Industry

    Forestry & Agriculture

    Durable demand for thinnings and slash reduces wildfire risk, supports rural jobs, and secures offtake.

    • Creates long‑term offtake for residues, pre‑commercial thinnings, and storm debris, turning management costs into income for landowners.
    • Integrates purpose‑grown energy crops (e.g., Hexas biomass) that deliver higher fiber yields without competing with food production.
    • Links sustainable land management with low‑carbon fuel production, supporting rural economies while improving landscape resilience.
Recent Highlights
Stakeholders
Comstock
Hexas
Marathon
NREL
MIT
Renfuel
Comstock
Hexas
Marathon
NREL
MIT
Renfuel
Comstock
Hexas
Marathon
NREL
MIT
Renfuel