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首页> 外文期刊>Journal of Residuals Science & Technology >Carbonization and Reuse Possibilities of Domestic and Industrial Sewage Sludge
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Carbonization and Reuse Possibilities of Domestic and Industrial Sewage Sludge

机译：住宅和工业污泥的碳化和再利用的可能性

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Sewage sludge disposing methods in Turkey are generally sanitary landfill, land farming and incineration. The increasing numbers of wastewater treatment plants depends on industrialization the increasing amounts of sewage sludge problems. On this occasion, working on reusing of sewage sludge becomes more popular in Euro-pean Community [1] with limited usage on farming. Pyrolysis is one of the developing technologies applied to make an usable materials from sewage sludge. For this reason, potential of adsorbent production from raw material was investigated in this study. Pyrolysed coke having 814.48 m2/g BET surface area was produced by the thermal process carried out at 500°C, heating rate of 10°C/min, and 2 hours soaking time, with the addition of 2.0 M ZnCI2 solution. Adsorption capacity of the material was measured with different chemicals and its applicability on activated sludge system was studied.
机译：土耳其的污泥处置方法通常是卫生垃圾填埋场，土地耕种和焚烧。废水处理厂数量的增加取决于工业化程度的增加，而污水污泥问题的数量也在增加。在这种情况下，污水污泥的再利用工作在欧洲共同体[1]中变得越来越普遍，而在农业上的使用却很少。热解是用于从污水污泥中制备有用材料的开发技术之一。因此，在这项研究中研究了由原料生产吸附剂的潜力。通过在500℃，10℃/ min的加热速率和2小时的均热时间下进行热处理，并添加2.0M ZnCl 2溶液，制得BET表面积为814.48m2 / g的热解焦炭。测定了不同化学物质对材料的吸附能力，研究了其在活性污泥体系中的适用性。

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