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Libra, A Novel Lignin Biorefinery Approach For The Pyrolytic Extraction Of Phenolics And Biochar From 2nd Generation Biorefinery Side-Streams, Paul J. De Wild, W. Huijgen, R. Van Der Laan, J. Van Hal, C. Daza Montano, H. Reith, H. Den Uil
Libra, A Novel Lignin Biorefinery Approach For The Pyrolytic Extraction Of Phenolics And Biochar From 2nd Generation Biorefinery Side-Streams, Paul J. De Wild, W. Huijgen, R. Van Der Laan, J. Van Hal, C. Daza Montano, H. Reith, H. Den Uil
Bioenergy III: Present and New Perspectives on Biorefineries
No abstract provided.
New System For The Continuous Removal Of Bio-Char From Bubbling Bed Pyrolyzers, Craig Mara, Lorenzo Ferrante, Franco Berruti, Cedric Briens
New System For The Continuous Removal Of Bio-Char From Bubbling Bed Pyrolyzers, Craig Mara, Lorenzo Ferrante, Franco Berruti, Cedric Briens
Bioenergy III: Present and New Perspectives on Biorefineries
No abstract provided.
Effects Of Biochar On Products Yields During Biomass Pyrolysis In A Bubbling Bed Reactor, Pietro Palmisano, Franco Berruti, Cedric Briens
Effects Of Biochar On Products Yields During Biomass Pyrolysis In A Bubbling Bed Reactor, Pietro Palmisano, Franco Berruti, Cedric Briens
Bioenergy III: Present and New Perspectives on Biorefineries
No abstract provided.
Fluidized Bed Pyrolysis Of Lignin In A Bubbling Bed Reactor, Pietro Palmisano, Valentina Lago, Franco Berruti, Cedric Briens
Fluidized Bed Pyrolysis Of Lignin In A Bubbling Bed Reactor, Pietro Palmisano, Valentina Lago, Franco Berruti, Cedric Briens
Bioenergy III: Present and New Perspectives on Biorefineries
No abstract provided.
Co2 Adsorption On Solid Sorbents, Bingyu Li
Co2 Adsorption On Solid Sorbents, Bingyu Li
Electronic Theses and Dissertations
Sorbent-based CO2 capture technology is considered as one of the potential scientific techniques for mitigating greenhouse gas emission. Major advantages of sorbent based adsorption are its low regeneration energy coupled with the elimination of corrosion and equipment degradation characteristic of amine based solvent CO2 capture systems which are the preferred industrial methods. Different CO2 capture configurations, processes, and operational parameters for different sorbents were revieand summarized. Efficient industrial applications for CO2 capture require that solid sorbents possess an adsorption capacity between 1000-2000µmol/g or more together with a long-term regeneration capacity. Economical consideration necessitates that the cost of CO2 sequestration be …