International audienceBiowastes generated from agricultural industries constitute a new source for added value products that can be used in the polymer industry. Grape marc, a residue of the winery industry, is well‐known to be a rich source of polyphenols. The present work reports the use of polyphenol cocktail extracted from black Pinot grape marc as natural antioxidant in polyolefins. The purpose is to advance in the field of green stabilizer, by using an innovating approach based on the direct use of an efficient cocktail rather than a single original molecule to stabilize polymer. The antioxidant efficiency of polyphenol cocktail is measured against photo‐ and thermo‐oxidation conditions in the well‐known polypropylene polyolefin. Atte...
Colloidal haze in wines is the most difficult technological and economic problem of wine industry. A...
A polyphenol-containing extract from winery bio-waste (EP) has been used as an additive for a starch...
Polymers of natural polyphenols have so far received little attention as bioavailable, biocompatible...
International audienceBiowastes generated from agricultural industries constitute a new source for a...
A study on the efficiency of bio-based compounds as stabilizers for polypropylene (PP) is reported. ...
International audiencePhytic acid is a major by-product of the cereal industry. The present work rep...
A grape pomace extract (GPext) and a grape seed extract (T) have been melt mixed within poly(butylen...
A preliminary study on the efficiency of agri-food industry wastes as stabilizers for polypropylene ...
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) ...
Polymers of natural polyphenols have so far received little attention as bioavailable, biocompatible...
The interest to replace synthetic food colorants, preservatives and antioxidants in beverages with n...
Grape pomaces or vinification by-products are abundant and rich in polyphenols, particularly proanth...
Polymers of natural polyphenols have so far received little attention as bioavailable, biocompatible...
Large amount of food coming into the processing chain ends up as wastes, causing great negative econ...
Colloidal haze in wines is the most difficult technological and economic problem of wine industry. A...
A polyphenol-containing extract from winery bio-waste (EP) has been used as an additive for a starch...
Polymers of natural polyphenols have so far received little attention as bioavailable, biocompatible...
International audienceBiowastes generated from agricultural industries constitute a new source for a...
A study on the efficiency of bio-based compounds as stabilizers for polypropylene (PP) is reported. ...
International audiencePhytic acid is a major by-product of the cereal industry. The present work rep...
A grape pomace extract (GPext) and a grape seed extract (T) have been melt mixed within poly(butylen...
A preliminary study on the efficiency of agri-food industry wastes as stabilizers for polypropylene ...
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) ...
Polymers of natural polyphenols have so far received little attention as bioavailable, biocompatible...
The interest to replace synthetic food colorants, preservatives and antioxidants in beverages with n...
Grape pomaces or vinification by-products are abundant and rich in polyphenols, particularly proanth...
Polymers of natural polyphenols have so far received little attention as bioavailable, biocompatible...
Large amount of food coming into the processing chain ends up as wastes, causing great negative econ...
Colloidal haze in wines is the most difficult technological and economic problem of wine industry. A...
A polyphenol-containing extract from winery bio-waste (EP) has been used as an additive for a starch...
Polymers of natural polyphenols have so far received little attention as bioavailable, biocompatible...