International Journal of Chemical Engineering / 2010 / Article / Fig 2

Research Article

Hydrodynamic Cavitation-Assisted Synthesis of Nanocalcite

Figure 2

(a) Consumption of Ca(OH)2 during the carbonation process without orifice (4% Ca(OH)2 and 5 l/min CO2 flow rate). (b) Change in pH during the carbonation process without orifice (4% Ca(OH)2 and 5 l/min CO2 flow rate). (c) Change in conductivity during the carbonation process without orifice (4% Ca(OH)2 and 5 l/min CO2 flow rate).
242963.fig.002a
(a)
242963.fig.002b
(b)
242963.fig.002c
(c)

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