巴基斯坦旁遮普煤矿质量与环境影响评价

S. Imad, M. Yousaf, K. Shirin, S. Nisar, S. Naseem
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引用次数: 0

摘要

旁遮普省的主要煤田位于Salt和surhar山脉,其总储量为2.35亿吨。选取了马卡尔瓦尔、卡拉尔卡哈尔和丹多特三个地区的代表性煤样,对其燃烧过程中的质量及其对环境的影响进行了评价。通过近似分析,将其划分为亚烟煤类型。Makarwal、Kallar Kahar和Dandot样品的平均测量热值分别为6801、5624和6415 Btu/lb。水分、挥发物、固定碳和低灰分适中,是发电和水泥制造的合适材料。所有样品的平均硫含量为5.13%,这对于发电和其他相关行业来说是很高的。该煤燃烧后含有大量的高硫和Al、Cr、Fe、Zn、Mn、Cu、Sn、Ni等微量元素,可能对该地区的环境造成威胁。在巴基斯坦的发电厂和其他工业使用硫和这些微量元素之前,必须采取适当措施大幅减少硫和这些微量元素
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Quality and Environmental Impact Assessment of Coal Deposits of Punjab Pakistan
Major coal fields in Punjab Province are located in the Salt and Surghar ranges, whose collective reserves are 235 million tons. Representative coal samples were collected from Makarwal, Kallar Kahar and Dandot for assessment of quality and its impact on environment during combustion. The coal was classified as sub-bituminous type on the basis of proximate analysis. Average measured calorific values were noted 6801, 5624 and 6415 Btu/lb for Makarwal, Kallar Kahar and Dandot samples respectively. Moderate moisture, volatiles, fixed carbon and low ash designate it as suitable material for electric generation and cement manufacturing. The average sulfur content of all samples was appeared as 5.13%, which is high for power generation and other allied industries. The combustion of this coal may pose threat to the environment in the region due to the presence of high sulfur and other trace elements like Al, Cr, Fe, Zn, Mn, Cu, Sn, and Ni in appreciable quantities. Appropriate measure is essential to substantially reduce sulfur and these trace elements before using it in the power generation plants and other industries of Pakistan
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