Novel
nanocomposites reinforced fibrous casing of sugarcane bagasse
containing with nanocarbon and nanoclay (0.5 and 1% wt) were developed
to evaluate the adsorption effects of 4 carcinogenic polyaromatic
hydrocarbons [benzo[a]anthracene, chrysene, benzo[b]fluoranthene, and benzo[a]pyrene(PAH
4)] during the smoking process of dried sausage. The mechanical, water
vapor permeability (WVP), migration, film opacity, thermal properties,
morphology, and the adsorption efficiency of produced films were assessed.
It was observed that additions of nanocarbon and nanoclay to the film
formulation led to significant improvement in tensile strength, elongation
at break, maximum load stress, and elastic modulus values compared
to control film. WVP in the nanocomposite was reduced by 40% along
with the addition of nanoparticles. Film opacity, melting temperature,
crystallization temperature, crystallinity degree, and glass transition
temperature were remarkably increased. The migration levels of neat
nanomaterials in ethanol and isooctane ranged from 45 to 107 mg kg–1. These improvements were more highlighted when nanoclay
nanoparticles (1% wt) were used compared to nanocarbon. The nanoclay
nanocomposite indicated uniform and well-distributed nanoparticles.
Based on the GC–MS analysis, reinforced sugarcane bagasse fibrous
casing with nanoclay particles efficiently adsorbed the PAH 4 compared
to control and nanocarbon reinforced nanocomposite film.