This work reports the characterisation of cassava biopolymers. Moreover, the effects of processing temperature on the tensile properties and phase morphology of cassava biopolymers were investigated. Eight diff erent temperatures were selected as processing temperatures in sample preparation of the cassava biopolymers. Variance analysis justifies that 165 and 170°C are the optimum processing temperatures in producing maximum tensile properties. The present study reveals that the range of processing temperatures for cassava biopolymer was relatively lower as compared to the majority of the petroleum-based polymer. However, its low processing temperature makes this biopolymer has enormous potential in the development of fully biodegradable comp...
Regarding the growing interest in the development of biodegradable films from renewable sources, thi...
Plastic industry has contributed significantly to the current state of environmental damage because ...
Approximately 99% of plastics produced worldwide were produced by the petrochemical industry in 2019...
This work reports the characterisation of cassava biopolymers. Moreover, the effects of processing t...
Cassava is a type of plant which has different purposes of use. It is used to produce various foods,...
This study aims to (1) know the effect of temperature and drying time on the characteristics of biod...
International audienceThe rapid use of petroleum resources coupled with increased awareness of globa...
This is research article on Cassava represents a reasonable share in biobased material development g...
The rapid use of petroleum resources coupled with increased awareness of global environmental proble...
Cassava starch based bioplasticfor packaging application has great potency because of the various st...
Cassava starch based bioplasticfor packaging application has great potency because of the various st...
Cassava starch based bioplasticfor packaging application has great potency because of the various st...
Starch derived from two cassava cultivars, one with high amylose (TMS 92/0325) and the other with hi...
Increasing environmental awareness and concern have shifted the focus of research and development to...
Increasing environmental awareness and concern have shifted the focus of research and development to...
Regarding the growing interest in the development of biodegradable films from renewable sources, thi...
Plastic industry has contributed significantly to the current state of environmental damage because ...
Approximately 99% of plastics produced worldwide were produced by the petrochemical industry in 2019...
This work reports the characterisation of cassava biopolymers. Moreover, the effects of processing t...
Cassava is a type of plant which has different purposes of use. It is used to produce various foods,...
This study aims to (1) know the effect of temperature and drying time on the characteristics of biod...
International audienceThe rapid use of petroleum resources coupled with increased awareness of globa...
This is research article on Cassava represents a reasonable share in biobased material development g...
The rapid use of petroleum resources coupled with increased awareness of global environmental proble...
Cassava starch based bioplasticfor packaging application has great potency because of the various st...
Cassava starch based bioplasticfor packaging application has great potency because of the various st...
Cassava starch based bioplasticfor packaging application has great potency because of the various st...
Starch derived from two cassava cultivars, one with high amylose (TMS 92/0325) and the other with hi...
Increasing environmental awareness and concern have shifted the focus of research and development to...
Increasing environmental awareness and concern have shifted the focus of research and development to...
Regarding the growing interest in the development of biodegradable films from renewable sources, thi...
Plastic industry has contributed significantly to the current state of environmental damage because ...
Approximately 99% of plastics produced worldwide were produced by the petrochemical industry in 2019...