A preliminary study on the efficiency of agri-food industry wastes as stabilizers for polypropylene (PP) films is reported. Several analytical techniques were employed to evaluate the stabilization effectiveness of the additives. DSC and CL analysis performed on unaged samples confirmed the antioxidant activity of natural additives, and provided the following order of efficiency: red grape seeds > white grape seeds > tomato extracts. The films were also artificially aged at 70 °C, and FTIR spectroscopy confirmed the stabilization trend obtained from the unaged films. Kinetic analysis of TG data alongside tensile tests indicated that the tomato extract is a good thermal and processing stabilizer, but it is sensitive to oxidation. In contrast...
none4Prooxidant additives represent a promising solution to the problem of environmental polymer was...
Minimally processed F&V while being as fresh as the intact product, are characterized by an accelera...
In this work, different naturally occurring phenolic compounds, such as Thymol (Th), Vanillic acid (...
A study on the efficiency of bio-based compounds as stabilizers for polypropylene (PP) is reported. ...
A commercial tannin wine seed extract powder (T), a seed polyphenol extract (Sext) and virgin wine s...
Three different solid wine wastes (peels, seeds and stalks) have been mixed with polypropylene (PP) ...
International audienceBiowastes generated from agricultural industries constitute a new source for a...
Development of polypropylene (PP) films incorporating antioxidant-antimicrobial agents can inhibit m...
A grape pomace extract (GPext) and a grape seed extract (T) have been melt mixed within poly(butylen...
International audiencePhytic acid is a major by-product of the cereal industry. The present work rep...
This study focused on the recovery of antioxidant compounds from lemon and tomato by-products for us...
Prooxidant additives represent a promising solution to the problem of environmental polymer waste. I...
Recovery of functional molecules from byproducts of agro-food industries is an appealing approach to...
The introduction of antioxidants in polymers is the main way to prevent or delay the degradation pro...
Dry grape peel powder was extracted by three different techniques, stirred tank reactor, Soxhlet and...
none4Prooxidant additives represent a promising solution to the problem of environmental polymer was...
Minimally processed F&V while being as fresh as the intact product, are characterized by an accelera...
In this work, different naturally occurring phenolic compounds, such as Thymol (Th), Vanillic acid (...
A study on the efficiency of bio-based compounds as stabilizers for polypropylene (PP) is reported. ...
A commercial tannin wine seed extract powder (T), a seed polyphenol extract (Sext) and virgin wine s...
Three different solid wine wastes (peels, seeds and stalks) have been mixed with polypropylene (PP) ...
International audienceBiowastes generated from agricultural industries constitute a new source for a...
Development of polypropylene (PP) films incorporating antioxidant-antimicrobial agents can inhibit m...
A grape pomace extract (GPext) and a grape seed extract (T) have been melt mixed within poly(butylen...
International audiencePhytic acid is a major by-product of the cereal industry. The present work rep...
This study focused on the recovery of antioxidant compounds from lemon and tomato by-products for us...
Prooxidant additives represent a promising solution to the problem of environmental polymer waste. I...
Recovery of functional molecules from byproducts of agro-food industries is an appealing approach to...
The introduction of antioxidants in polymers is the main way to prevent or delay the degradation pro...
Dry grape peel powder was extracted by three different techniques, stirred tank reactor, Soxhlet and...
none4Prooxidant additives represent a promising solution to the problem of environmental polymer was...
Minimally processed F&V while being as fresh as the intact product, are characterized by an accelera...
In this work, different naturally occurring phenolic compounds, such as Thymol (Th), Vanillic acid (...