This is what happens to the e-waste you drop off for recycling | CBC News
Here’s what happens to the electronic items you bring to recycle, and why you can’t just throw them in the garbage.
Source: www.cbc.ca
Here’s what happens to the electronic items you bring to recycle, and why you can’t just throw them in the garbage.
Source: www.cbc.ca
recyclable fabric – Stockholm-based Note Design Studio has unveiled an innovation within the category of recyclable fabrics. Pioneering the movement toward closed-loop…
An international study of small- to medium-sized wineries and vineyards finds that the more sustainability practices a winery has in place, the better its financial performance—and the effect is enhanced when a winery perceives …
Citizen science could help track progress towards all 17 UN Sustainable Development Goals (SDGs). An IIASA-led study, for the first time, comprehensively analyzed the current and potential contribution of citizen science data to monitor the SDGs at the indicator level.
Over the last three decades, the sustainability movement within the built environment sector has been on a journey. The industry has never been more advanced than it is today. This was demonstrated through the flagship Cities, Regions and Built Environment day at COP26, and the inclusion of built environment parameters within the Glasgow pact – covering both buildings and infrastructure. The Nationally Determined Contributions (NDCs) are at the heart of the Paris Agreement and crucial to the achievement of its long-term goals, embodying efforts by each country that support an integrated approach to sustainability. Traditionally, the green building movement focused on operational energy use, efficiency and primarily environmental concerns. However, the scope and breadth of this sustainability ambition has dramatically expanded. It now encompasses the diversity of the UN’s Sustainable Development Goals, to be considered across all stages of the building and construction lifecycle, plus the communities and infrastructure that serve our buildings, and the built assets themselves.
Too many businesses run on wasteful models. It doesn’t have to be that way—the circular economy is gaining momentum.- Green America…
Scientists from Hiroshima University and AIST in Japan engineered the bacterium Moorella thermoacetica to produce a volatile chemical from gaseous substrates at high temperature. It will realize economical thermophilic syngas fermentation process to produce bulk chemical from organic matters and wastes.
Acetone, a volatile solvent used for everything from removing nail polish and cleaning textiles to manufacturing plastics, could get a sustainability boost from a new strain of bacteria engineered by a research team based in Japan.