Extraction of iron from laterite soil and green synthesis of laterite nano iron catalyst (GLaNICs) for its application as Fenton's catalyst in the degradation of triclosan
K N, Rashmishree, S, Bhaskar, S, Shrihari, Thalla, Arun Kumar
Published in Water science and technology (01.12.2022)
Published in Water science and technology (01.12.2022)
Get full text
Journal Article
Sustainable replacement of EDTA–Biojarosite for commercial iron in the Fenton's and UV–Fenton's degradation of Rhowedamine B – a process optimization using Box–Behnken method
S, Bhaskar, Rashmishree, K. N., Manu, B., Sreenivasa, M. Y.
Published in Water science and technology (01.10.2022)
Published in Water science and technology (01.10.2022)
Get full text
Journal Article
Green synthesis of granular activated carbon/zinc ferro nanocomposites-based bioleached laterite iron (BLaFe) for the removal of Rhodamine B in water using adsorption–Fenton's oxidation process
S., Bhaskar, K. N., Rashmishree, B., Manu, Sreenivasa, M. Y.
Published in Water practice and technology (01.03.2023)
Published in Water practice and technology (01.03.2023)
Get full text
Journal Article
Green synthesis of laterite iron-based nanocatalysts using Psidium guajava and Macaranga peltata plant extract for its catalytic application in Fenton’s oxidation of triclosan
Rashmishree, K. N., Bhaskar, S., Shri Hari, S., Thalla, Arun Kumar
Published in Clean technologies and environmental policy (30.03.2023)
Published in Clean technologies and environmental policy (30.03.2023)
Get full text
Journal Article
Correction: Green synthesis of laterite iron‑based nanocatalysts using Psidium guajava and Macaranga peltata plant extract for its catalytic application in Fenton’s oxidation of triclosan
Rashmishree, K. N., Bhaskar, S., Shri Hari, S., Thalla, Arun Kumar
Published in Clean technologies and environmental policy (22.05.2023)
Published in Clean technologies and environmental policy (22.05.2023)
Get full text
Journal Article