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A brief introduction to the Wheeler Process (patent pending): a revolutionary circuit for the total valorization of residual hazelnut biomass. This video introduces a truly circular industrial process where the biomass feedstock produces the specific reagents required to convert waste into high-performance bio-resins, engine-ready fuels, and precision solvents. By closing the loop with a proprietary catalyst regeneration stage, the Wheeler Process achieves 100% material utilization—a first in biochemistry and materials science. More than the sum of its parts, the Wheeler Process offers a scalable solution with critical applications in National Defense, Energy Generation, Aerospace, Medicine, and Planetary Health. For licensing inquiries or technical consultation, contact Wheeler Advanced Materials.
The WAM-ABE Subroutine is a high-conductance branch of the WAM-7 Protocol (Stages 4-5). It is engineered to transition the output from standard bio-intermediates to a tri-modal solvent complex, specifically targeting the recovery of high-energy-density fuels and industrial platform chemicals such as n-Butanal.
This video details the WAM-HDBA Protocol—a patent-pending biorefinery circuit engineered for the Selective Supercritical Extraction and Fractional Isolation of Hazelnut-Derived Bio-Actives (HDBA).
The Wheeler Method utilizes 100% Oregon hazelnut biomass to synthesize high-performance bioplastics. This is a Carbon-Negative Circuit (CO2 sequestered > CO2 emitted), resulting in a material that is fully biodegradable with zero microplastic leaching or toxic residues.
Wheeler Advanced Materials is engineered to disrupt the petrochemical status quo.
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