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The maximum conversion obtained at optimum conditions was 70% in 4 h with 100% selectivity towards natural benzaldehyde.
The best conditions for the process are a catalyst concentration of 7%, an operation temperature of 71 °C and with low alcohol/oil molar ratio (3:1); with these conditions the maximum conversion obtained was 84%.
For example, the maximum conversion obtained in our experiments (72% after 96 hours) corresponded to a mean power requirement of about 1.5 kW/m.
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This study allowed us to propose a set of operating conditions that can approach the maximum vanillin conversion obtained in a batch reactor.
The maximum conversion was obtained at temperature near 90°C.
Eventually, the maximum conversion efficiency obtained for TiO2/1.0 wt.% In2S3-DSSC is 5.80%.
In the chemical and enzymatic transesterification of rapeseed methyl ester with TMP, maximum conversion was obtained at 3.3:1 and 3.5 1, respectively [44].
The maximum conversion is obtained at amount of catalyst of 1.5%, methanol/oil molar ratio of 6.75, reaction temperature of 65 °C and reaction time of 5 h.
A maximum conversion was obtained for a photoinitiator concentration of 1% (w/w) and for the highest light intensity studied (2.7 mW cm−2).
It is evident from Figure 3 that percentage conversion increased with the increase of incubation temperature and maximum conversion was obtained at 37°C (Additional file 1: Figure 6 of Supporting Information).
It is evident from Figure 4 that percentage conversion increased with the increase in pH and maximum conversion was obtained at pH 7.0 which was similar to the previous reports [19],[20] (Additional file 1: Figure 7 of Supporting Information).
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