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Seminar on Future prospects for biochar ─ Highlights of the EU-project MOBILE FLIP
May 16th 2018
Presentations |
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MOBILE FLIP in short, Tarja Tamminen, VTT |
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Development of Raussi’s slow pyrolysis technology, Taisto Raussi, Raussin Energia Oy, and Anssi Källi, VTT |
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Biochar ─ quality and applications, Kimmo
Rasa, Natural Resources Institute
Finland |
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Liquids from thermochemical conversions ─ agricultural applications, Marleena Hagner,
Natural Resources Institute Finland |
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Business scenarios related to mobile process technologies, Kristian Melin, VTT |
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Posters |
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M. Gonzalez Martinez, C. Dupont, L.
Miguez-Rodriguez, M. Grateau, S.
Thiery, D. da Silva Perez, X. Meyer
and C. Gourdon,
Conversion of shrub biowaste through torrefaction mobile
units for reducing fire risk in the
South of Europe |
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M. Gonzalez Martinez, C. Dupont, S.
Thiery, D. da Silva Perez, X. Meyer
and C. Gourdon,
Woody and
agricultural biomass in torrefaction:
modelling solid conversion and
volatile species formation through
extracted cellulose, hemicelluloses
and lignin |
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M. Hagner, K. Tiilikkala, I.
Lindqvist, K. Niemelä, H. Wikberg,
A. Källi and K. Rasa,
Performance of
liquids from slow pyrolysis and
hydrothermal carbonization (htc) in
plant protection |
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J. Hyväluoma, J. Heikkinen, S. Kulju,
M. Hannula, H. Wikberg, A. Källi and
K. Rasa,
Characterization of biochar
pore structure with x-ray tomography |
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M. Nyström, J. Leppävuori and T.
Tamminen,
Mobile biomass
HTC-processing unit |
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K. Rasa, J. Hyväluoma, H. Wikberg,
A. Källi, T. Salo and R. Keskinen,
A
novel solution for utilizing liquid
fractions from slow pyrolysis and
hydrothermal carbonization –
acidification of animal slurry |
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T. Tamminen, M. Marchand, D. da
Silva Perez, K. Rasa, S.H. Larsson,
F. Englund, P. Kotli, E.
Papadopoulou, T. Raussi, M. Wallin,
M. Campargue and M. Huron,
Developing and demonstrating
technologies for simple and robust
processes that are applicable to
small scale and mobile applications |
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H. Wikberg, M. Campargue, A. Käsper,
D. da Silva Perez, S. Larsson and T.
Tamminen,
Hydrothermal carbonization
as a potential mobile and flexible
process for the conversion of
biomass into biochar |
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