Abstract

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.

Highlights

  • The U.S is the world’s second-leading producer of pulp and paper products after China (SFIF 2014)

  • The analysis presented in this paper was conducted to verify the functionality of UISIS-PNP and has not been used to develop or recommend any emission reduction scenario

  • This paper describes the sophisticated yet user-friendly module for the technical and economic analyses of user-defined scenarios in the pulp and paper sector

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Summary

Introduction

The U.S is the world’s second-leading producer of pulp and paper products after China (SFIF 2014). Over the past few decades, the pulp and paper industry has reduced its environmental impacts by increasing the use of recycled paper because of less virgin pulp production. The amount of paper recovered for recycling has increased by more than 70 % since 1990. In 2013, approximately 64 % of the raw material used by the pulp and paper industry was recycled paper which has exceeded 60 % for the past 5 years. Other developments include energy efficiency improvement and switching, to cleaner fuels. Based on these improvements, air pollutant emissions have been reduced considerably. In 2012, sulfur dioxide (SO2) emissions were approximately 27 % lower than in 2008, and nitrogen oxide (NOX) emissions were 12 % lower than in 2012. (AF&PA, 2014)

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