Increasing power production and biofuel usage in the pulp and paper industry

Ismo Nousiainen, Paterson McKeough

Research output: Contribution to journalArticleProfessional

Abstract

Methods and strategies for increasing both the extent and the efficiency of utilisation of biofuels in the forest products industry have been studied. At the present time, the most important biofuels are spent pulping liquor (black liquor) and wood wastes. The power-to-heat ratio of cogeneration plants, fuelled by black liquor or by wood, could be significantly increased by application of new gasification technology currently under development. The first part of this article considers future energy consumption and production scenarios in the Finnish pulp and paper industry. In the second part of the article, results of studies of certain critical aspects of black liquor gasification technology are reported. The research on black liquor gasification reported herein was funded by the Ministry for Trade and Industry, by Ahlström Machinery, by Kverner Pulping, by Enso, by Metsä-Serla, by UPM Kymmene and by VTT.
Original languageEnglish
Pages (from-to)16-18
JournalVTT Energy Highlights
Publication statusPublished - 1998
MoE publication typeD1 Article in a trade journal

Fingerprint

waste liquors
pulp and paper industry
biofuels
gasification
pulping
forest products industry
wood residues
energy use and consumption
industry
heat

Cite this

Nousiainen, Ismo ; McKeough, Paterson. / Increasing power production and biofuel usage in the pulp and paper industry. In: VTT Energy Highlights. 1998 ; pp. 16-18.
@article{1c340edfc896440c9c6ce5d59e730a0d,
title = "Increasing power production and biofuel usage in the pulp and paper industry",
abstract = "Methods and strategies for increasing both the extent and the efficiency of utilisation of biofuels in the forest products industry have been studied. At the present time, the most important biofuels are spent pulping liquor (black liquor) and wood wastes. The power-to-heat ratio of cogeneration plants, fuelled by black liquor or by wood, could be significantly increased by application of new gasification technology currently under development. The first part of this article considers future energy consumption and production scenarios in the Finnish pulp and paper industry. In the second part of the article, results of studies of certain critical aspects of black liquor gasification technology are reported. The research on black liquor gasification reported herein was funded by the Ministry for Trade and Industry, by Ahlstr{\"o}m Machinery, by Kverner Pulping, by Enso, by Mets{\"a}-Serla, by UPM Kymmene and by VTT.",
author = "Ismo Nousiainen and Paterson McKeough",
year = "1998",
language = "English",
pages = "16--18",
journal = "VTT Energy Highlights",
publisher = "VTT Technical Research Centre of Finland",

}

Increasing power production and biofuel usage in the pulp and paper industry. / Nousiainen, Ismo; McKeough, Paterson.

In: VTT Energy Highlights, 1998, p. 16-18.

Research output: Contribution to journalArticleProfessional

TY - JOUR

T1 - Increasing power production and biofuel usage in the pulp and paper industry

AU - Nousiainen, Ismo

AU - McKeough, Paterson

PY - 1998

Y1 - 1998

N2 - Methods and strategies for increasing both the extent and the efficiency of utilisation of biofuels in the forest products industry have been studied. At the present time, the most important biofuels are spent pulping liquor (black liquor) and wood wastes. The power-to-heat ratio of cogeneration plants, fuelled by black liquor or by wood, could be significantly increased by application of new gasification technology currently under development. The first part of this article considers future energy consumption and production scenarios in the Finnish pulp and paper industry. In the second part of the article, results of studies of certain critical aspects of black liquor gasification technology are reported. The research on black liquor gasification reported herein was funded by the Ministry for Trade and Industry, by Ahlström Machinery, by Kverner Pulping, by Enso, by Metsä-Serla, by UPM Kymmene and by VTT.

AB - Methods and strategies for increasing both the extent and the efficiency of utilisation of biofuels in the forest products industry have been studied. At the present time, the most important biofuels are spent pulping liquor (black liquor) and wood wastes. The power-to-heat ratio of cogeneration plants, fuelled by black liquor or by wood, could be significantly increased by application of new gasification technology currently under development. The first part of this article considers future energy consumption and production scenarios in the Finnish pulp and paper industry. In the second part of the article, results of studies of certain critical aspects of black liquor gasification technology are reported. The research on black liquor gasification reported herein was funded by the Ministry for Trade and Industry, by Ahlström Machinery, by Kverner Pulping, by Enso, by Metsä-Serla, by UPM Kymmene and by VTT.

M3 - Article

SP - 16

EP - 18

JO - VTT Energy Highlights

JF - VTT Energy Highlights

ER -