Cold flow model

films of Volatiles' Distributor (VD)

The films were taken for the paper:
Investigation on the performance of volatiles distributors with different configurations under different fluidization regimes,
by Xiaoyun Li*, Anders Lyngfelt, David Pallarès, Carl Linderholm and Tobias Mattisson, accepted for publication in Energy & Fuels, 2022:  https://doi.org/10.1021/acs.energyfuels.1c04159

The films show the VD in the operational modes corresponding to Fig. 6 in the publication.

The first film shows the VD in Fig. 6a, in Mode 1B, using Air Distributor 1660, with fluidization velocity 0.9 m/s, and a Fraction of simulated volatiles of 10 per cent.

VDa_Mode1B_AD1660_0.9ms_Fsv10pc
VDb_Mode2B_AD1660_0.9ms_Fsv10pc
VDc_Mode2A_AD1660_0.9ms_Fsv10pc
VDd_Mode1B_AD1660_0.9ms_Fsv30pc
VDe_Mode2B_AD1660_0.9ms_Fsv30pc
VDf_Mode2A_AD1660_0.9ms_Fsv30pc
VDg_Mode1B_AD1660_3.7ms_Fsv10pc
VDh_Mode2B_AD1660_3.7ms_Fsv_10pc
VDi_Mode2A_AD1660_3.7ms_Fsv10pc
VDj_Mode1B_AD198_0.9ms_Fsv30pc
VDk_Mode2B_AD198_0.9ms,_Fsv30pc
VDl_Mode2A_AD198_0.9ms_Fsv30pc
VDm_Mode1B_AD198_0.6ms_Fsv30pc
VDn_Mode2B_AD198_0.6ms_Fsv30pc
VDo_Mode1B_AD198_0.6ms_Fsv40pc