Il progetto è stato svolto in collaborazione con: VTT Energy, Helsinki, Schumacher GmbH (Germania), CANMET Energy Technology Center di Ottawa e Fortum Oy (Finlandia)
In the reference period, the MHP single droplet combustion chamber has been modified to reach a working pressure of 60 bar. By using the modified MHP-SDCC a systematic experimentation has been carried out on pure BFO droplets. The experimentation was performed as a function of chamber pressure (ranging between 1 and 60 bar) and droplets size (D0 = 425 ?m - 1000 ?m). Increasing the pressure, peculiar differences regarding swelling-microexplosion, vaporization-liquid phase pyrolysis, ignition and cenosphere formation were observed.
Third Periodic Report, 1.10.1999 - 31.3.2000, FUNDAMENTAL BEHAVIOUR OF BFO IN COMBUSTION - EU Contract JOR3-CT97-0253 "BIO FUEL OIL: Upgrading by Hot Filtration and Novel Physical Methods"
R Calabria;J D'Alessio;M Lazzaro;P Massoli;V Moccia
2000
Abstract
In the reference period, the MHP single droplet combustion chamber has been modified to reach a working pressure of 60 bar. By using the modified MHP-SDCC a systematic experimentation has been carried out on pure BFO droplets. The experimentation was performed as a function of chamber pressure (ranging between 1 and 60 bar) and droplets size (D0 = 425 ?m - 1000 ?m). Increasing the pressure, peculiar differences regarding swelling-microexplosion, vaporization-liquid phase pyrolysis, ignition and cenosphere formation were observed.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
