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Carbon mitigation potential of solar industrial process heating: paper industry in India

机译:太阳能工业过程加热的碳减排潜力:印度造纸业

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摘要

A simple framework to estimate the potential of sold industrial process heating (SIPH) and corresponding CO2 emissions mitigation in paper industry in India is presented. Geographical locations with clusters of paper mills have been identified and the annual process heating requirement for paper production (based on raw material use) at each cluster has been estimated. The total process heating potential for the paper industry in India has been estimated at 25.2 PJ/annum. Using the estimated performance of a commercially available parabolic trough based SIPH system with collector area requirement of 1.11 million m(2) annual solar fraction in the range of 0.25-0.30 have been estimated. Annual energy delivery of SIPH systems estimated at 4.34 PJ per annum. Finally at 8 main locations with clusters of paper mills in India considered in this study, adoption of SIPH without storage is expected to mitigate 0.34 million tonnes of CO2 emissions annually. (C) 2015 Elsevier Ltd. All rights reserved.
机译:提出了一个简单的框架来估算印度造纸工业中出售工业过程加热(SIPH)的潜力和相应的CO2排放量减少量。确定了纸厂集群的地理位置,并估计了每个集群的造纸生产的年度过程加热需求(基于原料使用)。据估计,印度造纸工业的总工艺加热潜力为每年25.2 PJ。使用基于抛物线槽的SIPH系统的估计性能,估计集热器面积要求为1100万m(2),年太阳分数在0.25-0.30范围内。 SIPH系统的年度能量输送估计为每年4.34 PJ。最终,本研究考虑了在印度有纸厂集群的8个主要地点,采用SIPH不存储的方式,每年有望减少34万吨的C​​O2排放。 (C)2015 Elsevier Ltd.保留所有权利。

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