Abstrakt

Pervasion of Hydrogen molecules through Dense Hollow Fiber

Siek-Ting Yong

 It is urgent to accomplish high immaculateness of Hydrogen for the utilization in sustainable power industry. Filtration of Hydrogen utilizing thick empty fiber is one of the basic ways utilized. The vehicle system of Hydrogen from one side of the layer to the opposite side includes a progression of sequntial steps. It began with the adsorption and separation of Hydrogen atoms, at that point assimilation and dissemination of protons, trailed by recombination and desorption of Hydrogen particles. The separation of Hydrogen atoms on the layer surface assumes the most basic part in the general trasnport instrument. In this work, a novel post-treatment technique utilizing aluminum nitrate arrangement was created. The goal is to achive high Hydrogen porousness and ideal selectiviy in equal by improving the morphology of empty fiber through versatility control of polymer chain. Morphologies examinations including FTIR-ATR, DSC and EDX were done and the instrument of compound surface alteration was proposed