Every experiment produces results—and byproducts. Plastics, solvents, and energy use add up quickly in research settings, but a growing number of laboratories are showing that waste doesn’t have to be ...

Waste management has evolved from a linear model of “take–make–dispose” to a more sustainable framework predicated on reduction, reuse and recycling within a circular economy. Contemporary strategies ...

Over 460 million metric tons of plastic are created each year and only about 9% is recycled. This has led to ever-growing problems with waste disposal, litter, water contamination, microplastics and a ...

A single laundry load containing synthetic clothing can release thousands of plastic microfibers from nylon, acrylic and ...

As accumulating plastic waste continues to threaten human health and life under water, experts and decision-makers in Indonesia, Malaysia and the Philippines have sought innovative, upstream solutions ...

Designed specifically for academic research environments, this Hazardous Waste Generator's Guide helps university labs navigate the complex requirements of hazardous waste management. From identifying ...

Toyota Motor North America, Ann Arbor, Michigan, has entered a cooperative research and development agreement (CRADA) with the U.S. Department of Energy's Argonne National Laboratory to investigate ...

They achieved this by embedding an elastomer inside the exoskeleton to control each of its segments and then mounting it on a ...

Construction and demolition waste management is an increasingly critical aspect of sustainable urban development. The field addresses challenges related to minimising waste generation, enhancing ...