Method for strengthening biological manganese oxidation using magnetic field and use thereof
AssigneeTongji University
InventorsMei Wang, Zuxin Xu, Bin Dong, Mengke Cui, Sisi Chen, Yifan Zeng, Chun Lu
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AssigneeTongji University
InventorsMei Wang, Zuxin Xu, Bin Dong, Mengke Cui, Sisi Chen, Yifan Zeng, Chun Lu
Estimating the term…
The present disclosure discloses a method for strengthening a biological manganese oxidation using a magnetic field and use thereof. The method includes steps of inoculating a manganese-oxidizing microorganism into a culture medium containing Mn2+, performing magnetization treatment in a culture process, and then collecting a biogenic manganese oxide. The method includes steps of performing a primary magnetic field treatment at a magnetic field intensity of 0.2-50 mT for 1-5 h when culturing is performed for 6-12 h, continuing culturing after the primary magnetization treatment, and performing magnetization treatment once every other 24 h for culture time of 72 h. A magnetic field is applied to accelerate an oxidation rate of a manganese-oxidizing microorganism to Mn2+ and a biological manganese oxidation rate is respectively improved by 36.4% and 23.8% under an action of an alternating magnetic field or a constant magnetic field within 72 h.
A method for strengthening a biological manganese oxidation using a magnetic field, comprising steps of inoculating a manganese-oxidizing microorganism into a culture medium containing Mn2+, performing magnetization treatment in a culture process, and then collecting a biogenic manganese oxide.
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