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Tailored olive pomace biochar anchored with CaAl layered double oxides for phosphate remediation from food industry wastewater: Role of pyrolysis and mechanistic insights
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DOI：10.1016/j.jwpe.2025.109368.png)
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Abstract
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• CaAl LDO–biochars synthesized via co- and two-step pyrolysis from olive pomace • Co-pyrolyzed composite presented a superior structure and adsorption performance. • CaAl LDO-BC achieved rapid P uptake (30 min) with a capacity of 222.5 mg/g. • Near-complete P removal (99.9 %) was achieved from food industry wastewater. • P adsorption was driven by complexation, ion exchange, and precipitation mechanisms.
Keywords:
Olive pomace
Layered double oxide
Co-pyrolysis
Wastewater treatment
Phosphate
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