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Universal industrial sectors integrated solutions module for the pulp and paper industry

机译:通用工业行业纸浆和造纸行业集成解决方案模块

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摘要

The U.S. is the world’s second-leading producer of pulp and paper products after China. Boilers, recovery furnaces, and lime kilns are the dominant sources of emissions from pulp and paper mills, collectively accounting for more than 99 % of the SO2, almost 96 % of the NOX, and more than 85 % of the particulate matter (PM) emitted to the air from this sector in the U.S.The process of developing industrial strategies for managing emissions can be made efficient, and the resulting strategies more cost-effective, through the application of modeling that accounts for relevant technical, environmental and economic factors. Accordingly, the United States Environmental Protection Agency is developing the Universal Industrial Sectors Integrated Solutions module for the Pulp and Paper Industry (UISIS-PNP). It can be applied to evaluate emissions and economic performance of pulp and paper mills separately under user-defined pollution control strategies.In this paper, we discuss the UISIS-PNP module, the pulp and paper market and associated air emissions from the pulp and paper sector. After illustrating the sector-based multi-product modeling structure, a hypothetical example is presented to show the engineering and economic considerations involved in the emission-reduction modeling of the pulp and paper sector in the U.S.
机译:美国是仅次于中国的世界第二大纸浆和纸制品生产国。锅炉,回收炉和石灰窑是制浆造纸厂的主要排放源,总共占SO2的99%以上,NOX的近96%和颗粒物(PM)的85%以上通过应用考虑了相关技术,环境和经济因素的建模,可以使制定用于管理排放的工业策略的过程变得高效,从而使策略更具成本效益。因此,美国环境保护局正在开发面向纸浆和造纸业的通用工业部门综合解决方案模块(UISIS-PNP)。它可用于根据用户定义的污染控制策略分别评估纸浆和造纸厂的排放和经济绩效。本文讨论了UISIS-PNP模块,纸浆和造纸市场以及纸浆和造纸相关的空气排放部门。在说明了基于部门的多产品建模结构之后,给出了一个假设示例,以显示与美国纸浆和造纸部门的减排模型有关的工程和经济考虑。

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