The concept of 4D printing of phase change materials is gaining attention in the potential
development of self-healing materials for tissue engineering and manufacturing …

This article investigates the environmental sustainability of plastic nets in agricultural
environments based on published experimental data. This article focuses on biodegradable …

The chemical recycling of poly (lactide)(PLA), especially the initial depolymerization step
was studied. High molecular weight PLA was depolymerized in the presence of zinc catalyst …

The chemical recycling of end‐of‐life plastics/polymers can contribute to a more sustainable
society. In this regard, the selective degradation (depolymerization process) leading to well …

In recent times, plastics derived from renewable resources have received significant
consideration as alternatives to plastics based on fossil resources. Nevertheless, some …

Currently, petroleum-based plastics are widely used for food packaging in all over the world.
Due to their environmental pollution problems, most of the researchers are interested to …

With the popularity of fast fashion and consumer addiction, the pollution problem in the
textile and apparel industry has become increasingly serious. In order to alleviate this …

The recycling of poly (lactide)(PLA) is studied. Using methanol and alkali‐metal‐halides as
catalyst, PLA is degraded to produce methyl lactate, which is a suitable chemical for the …

Polyurethanes (PUs) are frequently produced from the chemical reaction of polyol and
isocyanate molecules in the presence of light and enzymes. Polyols and isocyanates …

The chemical recycling of end‐of‐life polymers can add some value to a future circular
economy. In this regard, the hydrogenative degradation of end‐of‐life PLA was investigated …