Stabilization mechanism of arsenic in mine waste using basic oxygen furnace slag: The role of water contents on stabilization efficiency
Arsenic stabilization mechanism in a mine waste was investigated using a basic oxygen
furnace (BOF) slag. A lab-scale batch test was carried out to stabilize As in the mine waste
samples for 1 h, where various amounts of the BOF slag and distilled water were introduced.
Different stabilization efficiencies were observed depending on the stabilizing conditions (ie,
BOF slag content and water to mine waste (L/S) ratio). The stabilization efficiencies ranged
75–92% and 92–95% for 5%(w-slag/w-mine waste) and 10% BOF slag treated mine waste …
furnace (BOF) slag. A lab-scale batch test was carried out to stabilize As in the mine waste
samples for 1 h, where various amounts of the BOF slag and distilled water were introduced.
Different stabilization efficiencies were observed depending on the stabilizing conditions (ie,
BOF slag content and water to mine waste (L/S) ratio). The stabilization efficiencies ranged
75–92% and 92–95% for 5%(w-slag/w-mine waste) and 10% BOF slag treated mine waste …
Stabilization mechanism of arsenic in mine waste using basic oxygen furnace slag: the role of water contents on stabilization efficiency.
KSH Kim SangHyun, JSK Jeong SeulKi… - 2018 - cabidigitallibrary.org
Arsenic stabilization mechanism in a mine waste was investigated using a basic oxygen
furnace (BOF) slag. A lab-scale batch test was carried out to stabilize As in the mine waste
samples for 1 h, where various amounts of the BOF slag and distilled water were introduced.
Different stabilization efficiencies were observed depending on the stabilizing conditions (ie,
BOF slag content and water to mine waste (L/S) ratio). The stabilization efficiencies ranged
75-92% and 92-95% for 5%(w-slag/w-mine waste) and 10% BOF slag treated mine waste …
furnace (BOF) slag. A lab-scale batch test was carried out to stabilize As in the mine waste
samples for 1 h, where various amounts of the BOF slag and distilled water were introduced.
Different stabilization efficiencies were observed depending on the stabilizing conditions (ie,
BOF slag content and water to mine waste (L/S) ratio). The stabilization efficiencies ranged
75-92% and 92-95% for 5%(w-slag/w-mine waste) and 10% BOF slag treated mine waste …
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