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Effect of biomass leaching on H2 production, ash and tar behavior during high temperature steam gasification (HTSG) process

Skoulou, V.; Kantarelis, E.; Arvelakis, S.; Yang, W.; Zabaniotou, A.


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Dr Vicky Skoulou
Graduate Research Director (GRD) of School of Engineering ; Senior Lecturer (Assoc. Prof.) in Chemical Engineering-Bioenergy ; PI of the B3: Biomass Waste- BioenergH2- Biochars Challenge Group of PGRs and PDRAs

E. Kantarelis

S. Arvelakis

W. Yang

A. Zabaniotou


The effect of biomass water leaching on H 2 production, as well as, prediction of ash thermal behavior and formation of biomass tar during high temperature steam gasification (HTSG) of olive kernel is the main aim of the present work. Within this study raw olive kernel samples (OK 1 , OK 2 ) and a pre-treated one by water leaching (LOK 2 ) were examined with regard to their ash fouling propensity and tar concentration in the gaseous phase. Two temperatures (T = 850 and 950 °C) and a constant steam to biomass ratio (S/B = 1.28) were chosen in order to perform the steam gasification experiments. Results indicated that considering the samples' ash thermal behavior, it seemed that water leaching improved the fusibility behavior of olive kernel; however, it proved that water leaching does not favour tar steam reforming, while at the same time decreases the H 2 yield in gas product under air gasification conditions, due to possible loss of the catalytic effect of ash with water leaching. © 2009.


Skoulou, V., Kantarelis, E., Arvelakis, S., Yang, W., & Zabaniotou, A. (2009). Effect of biomass leaching on H2 production, ash and tar behavior during high temperature steam gasification (HTSG) process. International Journal of Hydrogen Energy, 34(14), 5666-5673.

Journal Article Type Article
Acceptance Date May 27, 2009
Online Publication Date Jun 18, 2009
Publication Date 2009-07
Deposit Date Feb 14, 2018
Journal International Journal of Hydrogen Energy
Print ISSN 0360-3199
Publisher Elsevier
Peer Reviewed Peer Reviewed
Volume 34
Issue 14
Pages 5666-5673
Keywords Fuel Technology; Renewable Energy, Sustainability and the Environment; Energy Engineering and Power Technology; Condensed Matter Physics
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