A simulation from the University of Johannesburg demonstrates that Sorption‑Enhanced Chemical Looping Gasification (SECLG) can convert bagasse—the crushed fibrous residue from 540 million metric tons of sugarcane waste produced annually—into high‑purity hydrogen far more efficiently than traditional biomass gasification. Published in Renewable Energy, the model shows the new process delivers hydrogen yields of 62–69%, with tar concentrations under 1 g/nm³ and CO₂ below 1%, significantly reducing unwanted by‑products.

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