Optimization Design of Experimental Devices of Carbon Dioxide Removal by Membrane Method

Basing on the calculation and analysis, the thesis has carried on the optimization design to the arrangement way of the carbon dioxide membrane contactor and the way between the original fluid pond and the adsorption tank. From the calculation results, if the vertical space is sufficient, membrane contactors can take vertical layout (a). Membrane contactor vertical layout does not require additional water pump, the economy is high. However, if taking into account the ease of operation, and the lack of vertical space, the level of membrane contactor layout should be taken. The level of membrane contactor layout needs the pump head minimum in the same condition. In addition, basing on the calculation, no matter what kind of layout membrane contactor, the vertical layout is better than the level layout in the arrangement way between the original fluid pond and the adsorption tank. The vertical layout arrangement between the original fluid pond and the adsorption tank, which needs the pump head minimum, the economy is high.