Test of honeycomb ceramic catalytic reactor under the condition of gas-liquid mass transfer ability, lower ozone reactor but when gas water ratio greater than 0.15 oil-gas fluid mass transfer capacity will exceed ozone reactor. The gas holdup (EG) of the ozone reactor and the honeycomb ceramic catalytic oxidation reactor is 0.19% and 0.15% when the gas volume is 0.1 m'/h, respectively, indicating that the size of bubbles in the catalytic oxidation reactor is large, which is not conducive to gas-liquid mass transfer. The Pe parameters of ozone reactor and honeycomb ceramic catalytic reactor were 3.14 and 5.25, respectively, indicating that the liquid phase pushing component in catalytic oxidation reactor was higher, which was beneficial to gas-liquid mass transfer. The gas-liquid mass transfer efficiency of catalytic oxidation reactor is more affected by increasing gas-water ratio.Chapter 3 Graphene-modified activated carbon for supercapacitor has good technical performance:Long cycle life, graphene modified ultracapacitors mountain in its storage process does not produce chemical reaction, the energy storage process is reversible, no "memory effect", can be repeated charge and discharge hundreds of thousands of times, 500 times that of corrosion ion batteries, nickel-metal hydride and nickel cadmium battery is 1000 times, if the ultracapacitors charge-discharge 20 times a day, continuous use of up to 68 years:wholesale activated carbon pellet
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