Research Papers by G.C. Kapantaidakis

Biological production of hydrogen —one of the most promising alternative energy fuels — was planned torealize in an integrated system, where hydrogen is separated by a membrane technique. In this project poly-ethersulfonepolyimide hollow fiber membrane was applied in a specially constructed gas sepa

In this work the preparation and characterization of gas separation hollow fibers based on polyethersulfone Sumikaexcel (PES) and polyimide Matrimid 5218 (PI) blends are reported. Scanning Electron Microscopy (SEM) was used to investigate the morphological characteristics and structure of the asymme

In this work, the effects of major spinning parameters, such as: polymer concentration, air gap distance, bore fluid composition, and take-up velocity on the structure and the permeation properties of polyethersulfone-polyimide gas separation hollow fibers are discussed in detail. It is shown that a