Removal of manganese from groundwater in the ripened sand filtration: Biological oxidation versus chemical auto-catalytic oxidation

H Yang, Z Yan, X Du, L Bai, H Yu, A Ding, G Li… - Chemical Engineering …, 2020 - Elsevier
This work is a contribution to understand the interaction of biological and chemical auto-
catalytic oxidation processes for the removal of manganese (Mn)(0–1.8 mg/L) using the …
被引用次数：71 相关文章

Removal of manganese from groundwater in the ripened sand filtration: Biological oxidation versus chemical auto-catalytic oxidation

H Yang, Z Yan, X Du, L Bai, H Yu, A Ding… - Chemical Engineering …, 2020 - hero.epa.gov
This work is a contribution to understand the interaction of biological and chemical auto-
catalytic oxidation processes for the removal of manganese (Mn)(0-1.8 mg/L) using the …

Removal of manganese from groundwater in the ripened sand filtration: Biological oxidation versus chemical auto-catalytic oxidation

H Yang, Z Yan, X Du, L Bai, H Yu… - Chemical …, 2020 - ui.adsabs.harvard.edu
This work is a contribution to understand the interaction of biological and chemical auto-
catalytic oxidation processes for the removal of manganese (Mn)(0-1.8 mg/L) using the …

Removal of manganese from groundwater in the ripened sand filtration: biological oxidation versus chemical auto-catalytic oxidation.

H Yang, Z Yan, X Du, L Bai, H Yu, A Ding, G Li, H Liang… - 2020 - cabidigitallibrary.org
This work is a contribution to understand the interaction of biological and chemical auto-
catalytic oxidation processes for the removal of manganese (Mn)(0-1.8 mg/L) using the …