Future scenarios for waste generation: Is a peak coming?
Monitoring global waste generation might help estimate when we might see a peak in waste generation and how this problem should be addressed.
Is it possible to delay clothing disposal through better design? A recent study uses user-centered design methods and quantitative consumer research to suggest four strategies to delay clothing disposal.
Every year, 25 million tons of electronic waste are produced around the world and China is receiving most of it. Chinese scientists are exploring the burdens of electronic waste treatment, an increasingly pressing national issue.
In a recent paper, scientists refined the proposed concept of Earth Systems global thresholds, revising the nine defined Planetary Boundaries
A review of land use impact assessment methods, widely used to measure life cycle environmental impacts, shows both the importance of considering land use and the disparity of results.
National industrial waste input-output accounts are a great asset to uncover waste exchange opportunities, reduce industrial wastes and promote industrial symbiosis at a national scale.
Innovative examples from corporations around the globe show that the tools of industrial ecology can be used to recognize and develop the multiple benefits associated with reducing environmental impact and enhancing competitive advantage.
While British Sugar’s primary business is producing sugar, the company in recent years has expanded its operations to include the production of animal feed, electricity, tomatoes, and bioethanol. A recent study illustrates how the company is a case study of a fundamental principle of industrial ecology — industrial symbiosis.
A comprehensive review of passenger vehicle life cycle assessments shows converging opinion that electric vehicles are better for the environment than previously believed.
During natural disasters, urban centers with large numbers of flexible coping mechanisms may ultimately fare better than those with fewer, but currently effective, mechanisms.
A closer look at the industrial exchanges taking place at an industrial park in Hawai’i reveals greenhouse gas savings equal to 25% of the State’s reduction goals.
Whether you like your potatoes hashed, mashed, baked, broiled, crinkle cut or barbecued you are going to need to use energy to cook those spuds, but just how you accomplish this task has a lot to say about the energy footprint of your home-cooking.
Life-cycle assessments and carbon footprinting of viable recycling and reuse options for food cartons provides a quantitative look that can aid in decision-making processes.