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首页> 外文期刊>Central European Journal of Chemistry >Catalytic air oxidation of manganese in synthetic waters
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Catalytic air oxidation of manganese in synthetic waters

机译:合成水中锰的催化空气氧化

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An attempt was made to study the oxidation of manganese by air in synthetic waters. A series of batch experiments were performed at different values of concentration, temperature and pH. Unoxidized manganese in the solution was determined by formaldoxime spectrometric method. Results of these studies indicated that the air oxidation of manganese soluble in water can be effectively performed in basic media and that oxidation yield increased with an increase in pH and concentration. The yield was very high in the presence of manganese dioxide, sepiolite or clinoptilolite in solution and, the oxidation was almost completed especially at high values of pH and concentration. The reaction was found to be first order with respect to Mn2+ with a very low activation energy. A yield of 62 % was obtained for the air oxidation of wastewater taken from the treatment plant of Corum Municipality.
机译:试图研究合成水中空气对锰的氧化作用。在不同的浓度,温度和pH值下进行了一系列批量实验。溶液中未氧化的锰通过福尔多肟光谱法测定。这些研究结果表明,可溶于水的锰在碱性介质中可以有效地进行空气氧化,并且随着pH值和浓度的增加,氧化产量也随之增加。在溶液中存在二氧化锰,海泡石或斜发沸石的情况下,产率非常高,尤其在高pH和高浓度下,氧化几乎完成。发现该反应相对于Mn 2 + 具有非常低的活化能为一级。取自Corum Municipality处理厂的废水经空气氧化后,产率为62%。

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