Microplastics

Drawing on sedimentology, researchers have proposed a novel classification scheme for plastic waste of all sizes.

Green coagulation and nanocellulose foams improve microplastic removal, yet integration challenges include clogging and media handling.

Biopolymer seed coatings cut agricultural microplastics while maintaining adhesion, dust control, and germination for safer, more sustainable farming.

This polymer-based soil stabilization method shows potential for stabilizing landslide deposits in complex geological environments, such as southeastern Tibet.

As biomonitors, lichens show how green spaces buffer urban areas from atmospheric microplastic pollution.

Insect farming using mealworms and black soldier fly larvae offers a two-step solution to manage plastic and food waste while reducing microplastics in soil.

Study reveals how different microplastics, especially polyamides, strongly adsorb PFAS, shaping pollution risks and remediation strategies.

Hyphyn introduces enzyme-driven PVC biodegradation, achieving over 90% breakdown under ASTM D5511; however, real-world landfill validation remains pending.

Hybrid stabilizers and smart extrusion enhance PVC pipe durability, recyclability, and energy efficiency for a sustainable future.

Deep in the western Pacific Ocean, researchers investigated the microorganisms contributing to plastic degradation.