Abstract
present chitosan membrane was synthesized to be applied to bio-fuel cell proton exchange membrane instead of a field on which a material is expensive. However, membrane chitosan are problems with strength. Lifetime And the ability to bring proton lower compared with Nafis on. This research project aims to try to improve the quality of chitosan membrane by composite with nickel peroxide, which is a tiny nanoparticles. The sulfonic acid succinate Koenig, a crosslinking agent between chitosan chains to enhance the proton conductivity. The composite with nickel peroxide. And testing using SEM TEM, chemical analysis via FT-IR, mechanical properties. The ability to absorb water. And the ability to bring proton The membrane chitosan acid sulfonic succinic and composite with nickel peroxide mechanical properties is the resistance to tensile xxx MPa with proton conductivity xxx S / cm membrane. Chitosan is not composite with nickel peroxide has a tensile strength xxx MPa and proton conductivity xxx S / cm compared membrane chitosan after improving by the composite with nickel peroxide. The trials showed that the chitosan membrane through which the composite with nickel peroxide is more effective.
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