R&D challenged by resource efficiency

Kari Edelmann, Jussi Manninen

Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientificpeer-review

Abstract

EU's energy and climate change policy calls for a large reduction of CO2 emission, efficient use of energy and increased use of renewable energy in energy production and in transportation. The emission allowance price and subsidised national energy tariffs are likely to increase the cost of energy and wood raw material. This development together with the persistent trend of low product selling prices is setting big challenges on forest industry. Resource efficiency and the value of products should be improved. The paper illustrates the potential of various process concepts and their combinations in improving the resource efficiency of papermaking. Total site LWC paper mill model (BAT) consisting of debarking, effluent treatment, power plant, TMP production and LWC paper machine is used as the reference. Resource efficiency improvement is discussed in terms of available and new developing technologies and in terms of required research and development work. The efficiency improvement is estimated both as the change of consumption of wood and purchased electricity and fuel on annual basis and as changes in specific consumption values. In general, resource efficiency is improved through development of more efficient unit operations, through development of lighter paper and board products, and through use of optimised process control methods. Low quality wood raw material should rather be used for other purposes than paper or board production. Emphasis should put on methods that increase the value of fibre and that reduce the energy dependency of production methods. However, while improving the productivity of present operations, forest industry needs to indentify, develop and foster also new business concepts along the present ones and determine what the optimal future product portfolio is. Well-balanced project portfolio covering also research infrastructures and training needs of people is a must for success.
Original languageEnglish
Title of host publicationPulPaper 2010 Conference Proceedings, CD-rom
PublisherAEL
Number of pages10
Publication statusPublished - 2010
MoE publication typeA4 Article in a conference publication
EventPulPaper 2010 Conference: Implementing the New Rise: Technological Breakthroughs - Nanotechnology - Helsinki, Finland
Duration: 1 Jun 20103 Jun 2010

Conference

ConferencePulPaper 2010 Conference: Implementing the New Rise: Technological Breakthroughs - Nanotechnology
Abbreviated titlePulPaper
CountryFinland
CityHelsinki
Period1/06/103/06/10

Fingerprint

Wood
Raw materials
Industry
Effluent treatment
Papermaking
Climate change
Process control
Sales
Power plants
Electricity
Productivity
Fibers
Costs

Cite this

Edelmann, K., & Manninen, J. (2010). R&D challenged by resource efficiency. In PulPaper 2010 Conference Proceedings, CD-rom AEL.
Edelmann, Kari ; Manninen, Jussi. / R&D challenged by resource efficiency. PulPaper 2010 Conference Proceedings, CD-rom. AEL, 2010.
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abstract = "EU's energy and climate change policy calls for a large reduction of CO2 emission, efficient use of energy and increased use of renewable energy in energy production and in transportation. The emission allowance price and subsidised national energy tariffs are likely to increase the cost of energy and wood raw material. This development together with the persistent trend of low product selling prices is setting big challenges on forest industry. Resource efficiency and the value of products should be improved. The paper illustrates the potential of various process concepts and their combinations in improving the resource efficiency of papermaking. Total site LWC paper mill model (BAT) consisting of debarking, effluent treatment, power plant, TMP production and LWC paper machine is used as the reference. Resource efficiency improvement is discussed in terms of available and new developing technologies and in terms of required research and development work. The efficiency improvement is estimated both as the change of consumption of wood and purchased electricity and fuel on annual basis and as changes in specific consumption values. In general, resource efficiency is improved through development of more efficient unit operations, through development of lighter paper and board products, and through use of optimised process control methods. Low quality wood raw material should rather be used for other purposes than paper or board production. Emphasis should put on methods that increase the value of fibre and that reduce the energy dependency of production methods. However, while improving the productivity of present operations, forest industry needs to indentify, develop and foster also new business concepts along the present ones and determine what the optimal future product portfolio is. Well-balanced project portfolio covering also research infrastructures and training needs of people is a must for success.",
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Edelmann, K & Manninen, J 2010, R&D challenged by resource efficiency. in PulPaper 2010 Conference Proceedings, CD-rom. AEL, PulPaper 2010 Conference: Implementing the New Rise: Technological Breakthroughs - Nanotechnology, Helsinki, Finland, 1/06/10.

R&D challenged by resource efficiency. / Edelmann, Kari; Manninen, Jussi.

PulPaper 2010 Conference Proceedings, CD-rom. AEL, 2010.

Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientificpeer-review

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T1 - R&D challenged by resource efficiency

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AU - Manninen, Jussi

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AB - EU's energy and climate change policy calls for a large reduction of CO2 emission, efficient use of energy and increased use of renewable energy in energy production and in transportation. The emission allowance price and subsidised national energy tariffs are likely to increase the cost of energy and wood raw material. This development together with the persistent trend of low product selling prices is setting big challenges on forest industry. Resource efficiency and the value of products should be improved. The paper illustrates the potential of various process concepts and their combinations in improving the resource efficiency of papermaking. Total site LWC paper mill model (BAT) consisting of debarking, effluent treatment, power plant, TMP production and LWC paper machine is used as the reference. Resource efficiency improvement is discussed in terms of available and new developing technologies and in terms of required research and development work. The efficiency improvement is estimated both as the change of consumption of wood and purchased electricity and fuel on annual basis and as changes in specific consumption values. In general, resource efficiency is improved through development of more efficient unit operations, through development of lighter paper and board products, and through use of optimised process control methods. Low quality wood raw material should rather be used for other purposes than paper or board production. Emphasis should put on methods that increase the value of fibre and that reduce the energy dependency of production methods. However, while improving the productivity of present operations, forest industry needs to indentify, develop and foster also new business concepts along the present ones and determine what the optimal future product portfolio is. Well-balanced project portfolio covering also research infrastructures and training needs of people is a must for success.

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Edelmann K, Manninen J. R&D challenged by resource efficiency. In PulPaper 2010 Conference Proceedings, CD-rom. AEL. 2010