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At the edge of modern industry, there remain blank spots yet to be industrialised.
Sweet sorghum syrup — A lack of systematic industrial research and engineering development has prevented any supply chain from emerging.
Leaf protein — The absence of a validated release mechanism and a dedicated test platform has prevented the development of a scalable, reproducible engineering model.
We are a cross‑disciplinary engineering team, turning the unknown into the verifiable in industrial blind spots.
Sweet Sorghum Syrup Chain
Sweet sorghum syrup has long remained outside the modern industrial landscape — no supply chain, no dedicated equipment, no supporting infrastructure.
Piecemeal improvements cannot close a structural gap. Bringing it into modern industry requires building the entire technology and supply‑chain loop from the ground up.
We are now working with strategic partners to advance a demonstration plant and initiate full‑process validation ahead of industrial scale‑up.
Cross-crop leaf protein extraction experimental platform
For decades, structural limitations in conventional leaf-protein extraction systems have kept the microscopic time variable, Δt, beyond observation. As a result, the protein-release process remains invisible and unquantifiable, making it impossible to systematically characterise the release mechanism or establish a reproducible and scalable engineering pathway. Process scale-up has therefore relied largely on trial and error, while optimisation of individual parameters cannot overcome this structural limitation.
To make Δt observable, the experimental system itself must be redefined.
We are developing a Δt-enabled experimental platform to map the time mechanics of protein release, providing the engineering foundation for verifiable and scalable industrial pathways.
While traditionally regarded as belonging to different application domains, both ultimately confront the same underlying physical and process-engineering challenges when viewed through the lens of biorefinery engineering.
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