Pemanfaatan Sludge Ash Pond PT. Cirebon Electrical Power (CEP) sebagai Bahan Bakar Alternatif

Eksergi Pub Date : 2023-07-03 DOI:10.31315/e.v20i2.9845
Agik Dwika Putra, Ilham Satria Raditya Putra, Rochim Bakti Cahyono
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Abstract

As one of the power plants that uses coal as an energy source, PT Cirebon Electric Power (PT CEP) is committed to addressing waste problems with the 3R principle. Sludge ash ponds which is waste of the process production has the potential for alternative fuel. This study aims to evaluate the utilization of sludge ash ponds with the main target parameter in the form of calorific value. Based on proximate analysis, sludge pond ash only had a low heating value, around 210 kcal/kg, thus unbeneficial to be used as fuel directly. In order to make efficient utilization, a pyrolysis process was carried out to increase the existing heating value and was obtained at 700 – 870 kcal/kg. Generally, the standard of alternative fuel had minimum heating value of 4500 kcal/kg, therefore the blending process was carried out based on the fuel availability in the industrial site. The results of blending using coal showed that the high heating value of mixed briquette product was achieved at elevated more coal content used. By paying attention to the standard heating value, the ratio composition of ash pond to coal, 20/80 satisfy for utilization, where the heating value was around 4600 kcal/kg. The blending proses using pyrolysis char of ash pond showed un significant effect on the increasing of heating value, for example in a 40/60 ratio, the difference between the two types materials was only 210 kcal/kg. Therefore, pyrolysis pretreatment of sludge ash pond had unsignificant impact compared to the energy expended to run the process
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使用泥灰池PT。井里汶电力公司(CEP)作为替代燃料
PT CEP作为以煤炭为能源的电厂之一,致力于用3R原则解决废弃物问题。污泥灰池是生产过程中产生的废弃物,具有替代燃料的潜力。本研究以热值为主要指标参数,对污泥灰池的利用进行评价。根据近似分析,污泥池灰的热值较低,仅为210 kcal/kg左右,不利于直接用作燃料。为了高效利用,对其进行热解处理,提高现有热值,得到的热值为700 ~ 870 kcal/kg。通常替代燃料的标准是最低热值为4500 kcal/kg,因此混合过程是根据工业现场的燃料可用性进行的。用煤配煤的结果表明,在高含煤量的条件下,混合型煤产品具有较高的热值。通过关注标准热值,灰池与煤的比例组成为20/80,满足利用,其中热值在4600 kcal/kg左右。采用灰池热解焦的混合工艺对热值的提高效果不显著,在40/60配比下,两种材料的热值差异仅为210 kcal/kg。因此,与运行该工艺所消耗的能量相比,污泥灰池热解预处理的影响不显著
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