通过对纸浆和造纸工业进行能源基准测试,提高能源效率的潜力

Imran Shabbir , Mojtaba Mirzaeian , Farooq Sher
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引用次数: 3

摘要

本研究旨在通过对生产类似等级纸张的特定能源消耗(SEC)进行基准测试,突出巴基斯坦造纸部门的能源改进潜力。巴基斯坦造纸部门是能源密集程度最高的行业之一。解决巴基斯坦造纸业缺乏能源效率基准指标等问题。此外,还通过与联合王国和加拿大的造纸业进行比较来估计节约能源的潜力,这两个国家已经建立了能源基准,而且关于能源基准的数据也很容易得到。这项研究的能源消耗数据占巴基斯坦造纸业利用的总能源的75%,并与使用最新节能技术的英国和加拿大造纸业的能源消耗进行了比较。计算表明,与英国和加拿大的造纸业相比,巴基斯坦的造纸业每生产一吨纸要多消耗1.3兆瓦时的能源。每年纸张总产量为314,549公吨,相当于每年总能源使用量增加408,913兆瓦时。得出的结论是,如果本研究中提出的能源基准在该国的工厂比较中应用,巴基斯坦造纸部门总能耗的16.4%的节省可以实现。研究还表明,在巴基斯坦的造纸部门实施英国和加拿大使用的最佳可用技术,可能会节省该部门总能源消耗的43%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Energy efficiency improvement potentials through energy benchmarking in pulp and paper industry

Energy efficiency improvement potentials through energy benchmarking in pulp and paper industry

This study aims to highlight the energy improvement potentials of Pakistan's paper sector that is one of the most energy intensive industries by benchmarking its specific energy consumption (SEC) to produce a similar grade of paper. To address issues such as the lack of indicators for energy efficiency benchmarking in Pakistan's paper industry. Furthermore, energy saving potential was estimated by comparison with paper industries in the United Kingdom and Canada, where energy benchmarks have already been established and data on energy benchmarking is readily available. This study energy consumption data accounts for 75% of the total energy utilized in Pakistan's paper industry and is compared with the energy consumption of the UK and Canada paper sectors where the most up-to-date energy-saving techniques are used. The calculation shows that when compared to the paper industries in the UK and Canada, Pakistan's paper industry utilizes an additional 1.3 MWh of energy for every tonne of paper produced. With a total yearly paper production of 314,549 metric tonnes, this equates to an additional 408,913 MWh of overall annual energy use. It is concluded that if the proposed energy benchmark in this study is applied within the country's mill comparison, savings of 16.4% of overall energy consumption in the Pakistan paper sector can be achieved. It is also shown that the implementation of the best available techniques used in the UK and Canada in Pakistan's paper sector could result in a potential energy saving of 43% of the total energy consumed by this sector.

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