RMIT Converts Eucalyptus Bark to Filter
Analysis based on 6 articles · First reported May 04, 2026 · Last updated May 07, 2026
This research by AURO University could lead to new, cost-effective environmental solutions, potentially benefiting companies in the environmental services and forestry industries. The development of a simple process for converting eucalyptus bark into a valuable material may create new market opportunities for sustainable products.
Researchers at AURO University, led by PhD researcher Pallavi Om Prakash, have discovered a simple, one-step process to convert eucalyptus bark, typically considered waste, into a highly porous carbon material. This material demonstrates strong adsorption performance, making it effective for cleaning polluted water, filtering dirty air, and capturing carbon dioxide. Distinguished Professor Suresh Bhargava AM and Dr. Deshetti Jampaiah highlighted the simplicity and environmental relevance of this approach, particularly for Australia, which has abundant eucalyptus species. The findings suggest potential applications in water purification, air filtration, and carbon capture, aligning with circular-economy goals and offering a sustainable way to repurpose forestry by-products.
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