Hosted by Tsinghua University, and held by Taiyuan University of Science and Technology and the Chinese Society of Particuology, brought together prominent and young researchers, educators, and practitioners from around the world.
Hosted by the University of British Columbia (UBC), CFB13 brought together over 300 delegates from across the globe and provided a platform for researchers, engineers, and industry professionals to share their latest findings and advancements in fluidization.
Over 250 delegates from 37 countries attended CFB12 in Krakow. More than 300 papers were submitted and presented, which covered all aspects of fuel processing/utilization, technological aspects of converting fossil and renewable resources to clean fuels and insights on fundamental aspects/theories of fluidization.
Hosted by the Institute of Process Engineering, CFB11 included four plenary lectures. 146 papers from 26 countries were selected in the proceedings after peer review, which provided a comprehensive overview of the various aspects of current fluidization research.
The first nine conferences were primarily forums on circulating fluidized beds. The tenth conference expanded to include other types of fluidized bed studies. The official title - International Conference on Circulating Fluidized Beds and Fluidization Technology - CFB10 - reflected this added scope.
A highlight of CFB9 is the 4th International VGB Workshop, "Operating Experience with Fluidized Bed Firing Systems," integrated into the conference. 3 sessions on oxyfuel firing and chemical looping combustion and gasification illustrate the significance of fluidization for developing CO2 capturing technologies.
CFB-8 included 4 invited plenary lectures which provide overviews on 3 essential aspects of CFB: fundamentals, FCC and combustion. New developments, industrial applications, practical issues and recent technology advances are
emphasized.
CFB-7 continued to bring together all of the major CFB research groups worldwide. 24 countries on 5 continents were represented in the authorship. Besides the usual topics of FCC, other applications such as calcination, gasification, pyrolysis, roasting of ores and desulphurization were also under development.
CFB-6 contained three plenary lectures and 153 oral presentations and provided a comprehensive overview of the current status of research, development and application of circulating fluidized bed systems. In addition, the programme documents some recent trends, such as CFD, attrition and heterogeneous catalysis.
189 delegates from 26 countries attended CFB-5. 141 papers were presented orally in parallel sessions, and four workshops discussed the significant problems in the field. In addition, three invited plenary lectures were given.181 abstracts were submitted to the conference and 100 were published in the proceddings.
Attended by over 240 delegates from many academic and industrial organizations, there was an excellent balance between industrial and academic participation, which makes the CFB conferences a unique forum for facilitating communications between theoreticians and practitioners in the field.
Organized by the Society of Chemical Engineers Japan, people from 19 different countries presented five plenary lectures and 97 papers. The attendants, 283 people from 20 countries, enjoyed different modes of discussion. This conference drew attention to newer applications of CFB in pressureied systems and materials.
The Second International Conference on Circulating Fluidized Bed, chaired by Prof. J. F. Large, was held at the University of Compiègne, France. Approximately 250 delegates from 23 different countries attended this conference. About 110 abstracts were submitted. Out of these, 55 papers were selected for publication.
Organized by the Centre for Energy Studies at the Technical University of Nova Scotia, the first-ever ever CFB conference demonstrated interest in continuing this conference to exchange views on the Circulating Fluidized Bed. An international committee was formed to advise future CFB conferences.
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