Waste bamboo-derived magnetically separable bamboo-activated carbon: from characterization to effective remediation of fluoride (F<sup>−</sup>) ions from water

Bagbi, Yana; Yomgam, Pokjum; Libang, Enuk; Boruah, Bijoylakshmi; Kaur, Jaspreet; Jayanthi, S.; Kumar, Sanjeev; Dhania, Narender K.

doi:10.1039/d4ra03752a

RSC Adv.

2024

DOI: 10.1039/d4ra03752a

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Waste bamboo-derived magnetically separable bamboo-activated carbon: from characterization to effective remediation of fluoride (F⁻) ions from water

Yana Bagbi,

Pokjum Yomgam,

Enuk Libang

et al.

Abstract: Magnetically separable magnetite-activated bamboo carbon (MABC), was obtained from waste bamboo biomass via pyrolysis of bamboo chunks and the co-precipitation method.

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Waste bamboo-derived magnetically separable bamboo-activated carbon: from characterization to effective remediation of fluoride (F⁻) ions from water

Abstract: Magnetically separable magnetite-activated bamboo carbon (MABC), was obtained from waste bamboo biomass via pyrolysis of bamboo chunks and the co-precipitation method.

Cited by 0 publications

References 48 publications

No citations

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Waste bamboo-derived magnetically separable bamboo-activated carbon: from characterization to effective remediation of fluoride (F−) ions from water

Abstract: Magnetically separable magnetite-activated bamboo carbon (MABC), was obtained from waste bamboo biomass via pyrolysis of bamboo chunks and the co-precipitation method.

Cited by 0 publications

References 48 publications

No citations

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Waste bamboo-derived magnetically separable bamboo-activated carbon: from characterization to effective remediation of fluoride (F⁻) ions from water