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Microbial Remaoval of Fe(III) Impurities from Clay Using Dissimilatory Iron Reducers

机译:使用异化铁还原剂从粘土中去除微生物中的Fe(III)杂质

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摘要

Fe(III) Impurities, which detract refractoriness and whiteness from porcelain and pottery, could be biologically removed from low-quality clay by indigenous dissimilatory Fe(III)-reducing microorganisms. Insoluble Fe(III) in clay particles was leached out as soluble Fe(II), and the Fe(III) reduction reaction was coupled to the oxidation of sugars such as glucose, maltose and sucrose. A maximum removal of 44-45% was obtained when the relative amount of sugar was 5% (w/w; sugar/clay). By the microbial treatment, the whiteness of the clay was increased from 63.20 to 79.64, whereas the redness was clearly decreased from 13.47 to 3.55.
机译:Fe(III)杂质会降低瓷器和陶器的耐火度和白度,可通过本地化异化Fe(III)的微生物从劣质粘土中生物去除。将粘土颗粒中的不溶性Fe(III)滤出为可溶性Fe(II),然后将Fe(III)还原反应与糖类的氧化反应,例如葡萄糖,麦芽糖和蔗糖。当糖的相对量为5%(w / w;糖/粘土)时,最大去除量为44-45%。通过微生物处理,粘土的白度从63.20增加到79.64,而红度从13.47明显减少到3.55。

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