Keynote Session:

Title:           Advanced Thermal Energy Production, Exchange and Transport Technologies with the aid of Biomass
Authors:      Shuichi TORII
Abstract:     The aim of the present study is to introduce the thermal production from the biomass, the heat exchange of its production to the working fluid, and higher effective thermal fluid transport. It is found that (i) the selfcombustion takes place less than 40% of the compost’s moisture content and the high-temperature combustion gas over 1100K is able to be produced under the optimum air-fuel ratio, (ii) Overall heat transfer coefficient for herringbone plate is higher than the other of plate shapes and an amplification of frictional pressure drop is substantially suppressed for the separate herringbone plate, and (iii) enhancement of convective heat transfer performance is caused by suspending nanoparticles in pure working fluid.

Keywords:   Biomass, Heat Exchanger, Convective Heat Transfer, Nanofluid, Heat Transfer Enhancement
Pages:         014-017

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