www.ntnu.no 1 Staff in the pulp and paper group • Ass. Prof. Størker Moe • Pulping • Bleaching • Wood chemistry • Biofuel • Prof. Øyvind Gregersen • Paper physics • Paper technology • Cellulose material technology • Other people • Prof. Emer. Torbjørn Helle • Engineer: Berit Borthen • Post Doc. Asuka Yamakawa • Post Doc. Marco Iotti • 7 PhD students
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Www.ntnu.no 1 Staff in the pulp and paper group Ass. Prof. Størker Moe Pulping Bleaching Wood chemistry Biofuel Prof. Øyvind Gregersen Paper physics Paper.
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www.ntnu.no
1
Staff in the pulp and paper group
• Ass. Prof. Størker Moe
• Pulping
• Bleaching
• Wood chemistry
• Biofuel
• Prof. Øyvind Gregersen• Paper physics• Paper technology• Cellulose material
technology
• Other people
• Prof. Emer. Torbjørn Helle
• Engineer: Berit Borthen
• Post Doc. Asuka Yamakawa
• Post Doc. Marco Iotti
• 7 PhD students
www.ntnu.no
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Main research areas
Pulp and paper Energy and new materials
Paper Physics
Pulping andfibre quality
Pulping andbleacing chemistry
Wood basedbiofuel
Production and use of(nano-) fibrills
www.ntnu.no
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Research cooperation
• Tight cooperation with PFI in projects, with PhD students and master students.
• Cooperation with STFI-PF and KCL through PhD-projects
• Cooperation with Mid Sweden University in mechanical pulping research
• Cooperation with industry partners like Norske Skog, Södra, Peterson, Borregaard and Vioth through research projects, PhD studies and master studies.
www.ntnu.no
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Where?
• PFI-building, Høgskoleringen 6B
• Built 1998
• Localized together with PFI
• Much common equipment with PFI, separate teaching labs
• Office space in the same areas as PhD students and researchers
• Student-PC’s
www.ntnu.no
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More than newsprint• Current Norwegian wood
based products– Specialty cellulose– Lignosulphonates– (Bio)-ethanol– Specialty chemicals– Energy– Corrugated board– Reinforcement cellulose– Short fibre cellulose– Tissue– Greaseproof paper– Magazine paper– Book paper– Newsprint– Solid board– Silk paper
www.ntnu.no
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TKP4180 Bioenergy and fibre technology
• Spring 4. year, 7,5 SP• Processes for industrial utilization of wood • Contents
– Wood as raw material– Structure and chemical properties of wood– Properties of fibre suspensions– 2. generation biofuel– Wood composites– Pulping chemistry– Pulp and paper technology– Lab and exercises
• Introduction to specialization in pulping, papermaking and bioenergy• Thought by Størker Moe og Øyvind Gregersen
www.ntnu.no
www.ntnu.no
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TKP4565 Paper and fibre technology• Autumn, 5. year• The subject shall give a thorough introduction to the production
technology and chemistry needed to run a pulp, paper or biofuel production plant.
• Possible modules – Pulping technology and chemistry– Paper technology and chemistry– Biofuel
www.ntnu.no
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Project and diploma topics (2009-2010)
Pulp and paper Predicting elastic properties of a polyethylene coated multi-layer
paperboard Energy efficient paper drying
Biofuel and new materials Manufacture and characterization of hydrolyzates from bark-containing
wood samples Yields of fermentable sugars after hydrolysis of mixed lignocellulosic raw
materials Structural characterization of steam-exploded wood Rheology of nano sized microfibrillar cellulose (MFC) Porous membranes made of nanofibrillated cellulose for renewable
energy applications New composite materials based on wood and polyurethane foam