The Performance of Differential Pressure (DP) and Inlet Temperature by Using Fabric Filter at Coal-Fired Power Station

JMPM (Jurnal Material dan Proses Manufaktur) Pub Date : 2023-06-30 DOI:10.18196/jmpm.v7i1.18382

Rasidah Binti Abdul Rani, Norsa’adah Binti Mahmor, Norazila Binti MD Posdzi, Wan Zaizul Adlan Bin Wan Zulkifli

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Abstract

This paper presents the performance of differential pressure (DP) and inlet temperature by using fabric filter at Coal-Fired Power Station. A fabric filter is one of eco-friendly methods that popular application in the industry to cater and filter the flue gas that contained fly ashes, that been produced by combustion of pulverized coal inside the boiler furnace. This study focuses on analyse the reading of differential pressure and inlet temperature and determining condition of fabric filter. The evaluation of this result is to maintain the differential pressure at 14 – 18 mbar and inlet temperature at 130 0C. The performance of the fabric filter will be analysed using the monitoring report performance based on daily walkdown inspection and calibration schedule report. Based on the report results prove that the performance of fabric filter is in satisfactory condition and met with DOE requirements, which the flue gas within in 30 minutes observation only contain 150mg/m3 of ash. The protection of the system ensures the fabric filter in optimum condition.

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燃煤电厂织物过滤器的压差和入口温度性能

本文介绍了燃煤电厂采用织物过滤器时的压差和入口温度性能。织物过滤器是工业上广泛应用的一种环保方法，用于过滤锅炉炉内燃烧煤粉产生的含飞灰的烟气。本文着重分析了织物过滤器的压差和入口温度的读数及确定条件。对该结果的评估是将压差保持在14 - 18毫巴，进口温度保持在130℃。织物过滤器的性能将使用基于每日检查和校准计划报告的监测报告进行分析。根据报告结果证明，织物过滤器性能良好，符合DOE要求，在30分钟内观察烟气中仅含150mg/m3灰分。系统的保护保证了织物过滤器处于最佳状态。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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JMPM (Jurnal Material dan Proses Manufaktur)

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