Alder develops technology that converts abundant, domestic biomass into biocrude oils compatible with today’s refining infrastructure. Alder is uniquely positioned to enable existing refineries to produce advanced fuels, chemicals, and carbon materials at a fraction of the capital and operating cost.
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Alder’s integrated pilot surpassed 1,000 hours of continuous operation, producing on-spec biocrude and validating the design for commercial scale-up
Produced from abundant domestic biomass, our advanced biocrude oil expands feedstock supply while avoiding costly new refinery infrastructure
Growing demand for advanced fuels and carbon products is outpacing domestic supply.
Supply constraints, higher costs, and stalled projects.
Meet current & future biocrude oil supply needs. No billion-dollar refinery conversion
Use abundant, domestic biomass
Utilize wood residues and energy crops that are readily available
Cost leader that can scale
High efficiency and low cost of production outperform alternative technologies
Minimal refinery investment
Leverage existing equipment to expand production & realize economies of scale
We work with industry, government, and academics to accelerate our technology commercialization
Building momentum with technology validation, strategic partnerships, and new projects
Alder, BASF, National Laboratory of the Rockies, and North Atlantic Refining co-authored a new Hydrocarbon Processing article on coprocessing Alder Renewable Crude in fluid catalytic crackers. The work highlights a practical pathway to produce renewable fuels by integrating ARC into existing refinery FCC units, with improved handling, storage stability, and strong product yields.
Project Avance demonstrated barrel-scale ARC production from commercial fast pyrolysis oils derived from forestry residues. The campaign focused on the final unit operation in Alder’s process, showing consistent performance across different commercial pyrolysis feedstocks and supporting a flexible pathway to refinery integration and scale-up.
Alder SAF100 demonstrated a 100% biogenic jet-fuel blend using hydrotreated Alder Renewable Crude (ARC) as the majority component with a smaller share of HEFA-SAF. Testing showed favorable energy density and low-temperature properties, highlighting the potential for ARC-derived hydrocarbons to support next-generation SAF production.
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