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Found 2 from your keywords: subject="nZVI"
cover
Effect of pH on Nitrate Removal in Simulated Wastewater by Electrochemically-…
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Deborah Shirleen

Nitrate reduction at different pHs by electrochemically generated nZVI (nano zero valent iron) coupled with breakpoint chlorination was investigated. The availability of H+ affected the rate and extent of iron ion reduction, impacting how nZVI particles developed. Additionally, pH also significantly impacts the rate of nZVI corrosion. Through the electrolysis process, the precursor chemical…

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BT 23-030
cover
Sustainable Production of Nano-Size Zero Valent Iron (nZVI) With Electrochemi…
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Agnes Maria Rosaceae

This study builds upon prior research that established optimal conditions for producing nanozero valent iron (nZVI). This study aimed to validate the efficacy of nZVI generated through electrochemistry in treating hexavalent chromium Cr(VI). Hexavalent chromium is an environmental pollutant found in water bodies and soil, and the development of an effective removal method is essential. The …

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BT 23-011