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On average, CO2 capture efficiency during daylight hours was 44%%.
The capture efficiency of two magnetic core sizes is compared.
c The relationship between cell capture efficiency and cell density.
From this the capture efficiency can be derived.
As expected, very high sulfur capture efficiency was achieved.
Open image in new window Fig. 3 The optimization of cell capture efficiency.
On average, CO2 capture efficiency during daylight hours (using a 5 s sparge time) was 44%%.
The evaluation of CO2 emissions entails uncertainties, due to the value of CO2 capture efficiency.
In this work, we computationally modelled and evaluated capture efficiency in MDT with COMSOL Multiphysics 4.4.
But the CTC capture efficiency can be enhanced by utilizing two different nanoparticles.
By establishing the relationship between capture efficiency Ecapt, bubble rise velocity Ub and bubble clean angle θclean, a new approach to measure particle bubble capture efficiency is proposed.
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