DeepRecipes: Exploring Massive Online Recipes and Recovering Food Ingredient Amounts

Li, Kequan; Chen, Yan; Li, Hongsong; Mu, Xiangwei; Zhang, Xuhong; Liu, Xiaozhong

doi:10.1109/access.2021.3077645

Cited by 4 publications

(1 citation statement)

References 29 publications

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“…Single‐use plastic (SUP) food packaging significantly contributes to the solid waste environmental problem 4 . Notably, after the COVID‐19 pandemics, 5 the consumption of packaged foods has increased 6 with the improvement of online food delivery platforms, increasing the plastic waste from SUP 7 . Plastic pollution produces micro and nano plastics, directly impacting human health, marine debris on oceans, and wildlife with unknown adverse effects 8,9 …”

Section: Introductionmentioning

confidence: 99%

Bio‐based multilayer paperboard for sustainable packaging application

Santos

Noletto

Azeredo

et al. 2023

J of Applied Polymer Sci

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Bio‐based packaging materials are an emerging environment‐friendly alternative to conventional plastic food packaging materials, at least for some applications. The innovation of this work was to develop a sustainable cellulosic packaging material based on chitosan/palmitic acid/activated carbon coating with potential applications for single‐use food packaging. The study developed a multilayer paperboard (MPB), evaluating the effects of a paperboard surface coating by chitosan (2.0% w/w), palmitic acid (1.8% w/w), and activated carbon (1.2% w/w) applied in three coating layers. The water vapor transmission rate (WVTR) of coated paperboard was reduced compared to uncoated paperboard, associated with the coating suspension filling of the pores of the cellulosic matrix, the palmitic acid hydrophobic characteristic, and the nonpolar nature of activated carbon (acted by repelling the vapor molecules of water). A grease resistance of Kit solution 11 of MPB was observed. The stiffness and elongation capacity increased, indicating the rigidity and flexibility of the MPB. The deposition of palmitic acid and activated carbon influenced the roughness increase. The biodegradability in the soil after 188 days of MPB was 55.01%, and the control (uncoated paperboard) was 69.38%. The coating did not impact the degradation behavior of cellulose.

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