Selective removal of iron (III), lead (II) and copper (II) ions by polar crude phytochemicals recovered from ten South African plants: identification of plant …
HK Tanui, AA Hussein, RC Luckay - International Journal of …, 2021 - Taylor & Francis
This work consists of gathering the leaves of ten different South African plants from the local
reserve. Black and green tea were sourced commercially. The plants were air dried and
polar crude material extracted using deionized water. These crude phytochemicals were
used as green chelators to remove metal ions from an aqueous solution. Iron (III), lead (II)
and copper (II) ions were competitively removed from an eight metal ion solution with iron
(III) being removed at more than 80% followed by lead (II) with greater than 40% removal …
reserve. Black and green tea were sourced commercially. The plants were air dried and
polar crude material extracted using deionized water. These crude phytochemicals were
used as green chelators to remove metal ions from an aqueous solution. Iron (III), lead (II)
and copper (II) ions were competitively removed from an eight metal ion solution with iron
(III) being removed at more than 80% followed by lead (II) with greater than 40% removal …
Articles selective removal of iron (III), lead (II) and copper (II) ions by polar crude phytochemicals recovered from ten South African plants: identification of plant …
HK Tanui, AA Hussein, RC Luckay - 2020 - cabidigitallibrary.org
This work consists of gathering the leaves of ten different South African plants from the local
reserve. Black and green tea were sourced commercially. The plants were air dried and
polar crude material extracted using deionized water. These crude phytochemicals were
used as green chelators to remove metal ions from an aqueous solution. Iron (III), lead (II)
and copper (II) ions were competitively removed from an eight metal ion solution with iron
(III) being removed at more than 80% followed by lead (II) with greater than 40% removal …
reserve. Black and green tea were sourced commercially. The plants were air dried and
polar crude material extracted using deionized water. These crude phytochemicals were
used as green chelators to remove metal ions from an aqueous solution. Iron (III), lead (II)
and copper (II) ions were competitively removed from an eight metal ion solution with iron
(III) being removed at more than 80% followed by lead (II) with greater than 40% removal …
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