A catalyst for the detoxification of nerve agents is synthesized from
β-cyclodextrin
(β-CD) and o-iodosobenzoic acid (IBA). Functionalized polymer
nanofibre membranes from PVC polymer are fabricated with
β-CD, IBA,
a blend of β-CD+IBA, and the synthesized catalyst. These functionalized nanofibres are then tested for the
decontamination of paraoxon, a nerve agent stimulant, and it is observed that the
stimulant gets hydrolysed. The kinetics of hydrolysis is investigated using UV
spectroscopy. The rates of hydrolysis for different organophosphate hydrolyzing agents
are compared. The reactivity and amount of adsorption of these catalysts are of
higher capacity than the conventionally used activated charcoal. A new design for
protective wear is proposed based on the functionalized nanofibre membrane.