The moringa tree, known as the "miracle tree," is one of the most...

CNN Climate 1 month ago

The moringa tree, known as the "miracle tree," is one of the most nutrient-dense plants on the planet and is prized for its healing qualities. It also has another huge benefit, according to new research: it's excellent at removing microplastics from water. Microplastics are tiny fragments that can be as small as 1/25,000th of an inch (1 micrometer) and are a pernicious part of the plastic pollution crisis. They have been found everywhere, from deep oceans to towering mountains. They contaminate our food and water — a 2024 study found microplastics in 83% of tap water tested around the world — and have made their way into our bodies, including our brains, reproductive organs and cardiovascular systems. Scientists are still trying to unravel their impacts on human health, but animal research has linked them to reproductive problems and hormone disruption. For their study, the researchers focused specifically on PVC microplastics, as these are among the most hazardous and are prevalent in drinking water, Adriano Gonçalves dos Reis, a study author and a professor at the Institute of Science and Technology of São Paulo State University. They tested microplastics with a mean size of 18.8 micrometers — about a quarter of the thickness of the average human hair — and found the seed extracts were 98.5% effective at removing them from tap water when used in filtration systems. Read more at the link in our bio. 📸: NurPhoto/NurPhoto/NurPhoto via Getty Images

layersDaily Sustainability Digest

Published about 7 hours ago



Global momentum in sustainable construction is reshaping both policy and practice. Offshore wind capacity is set to quadruple by 2035, anchoring the shift toward net zero carbon economies and supporting a built environment driven by decarbonising the construction sector. The UK’s pipeline of more than 700 grid-connected projects signals progress towards net zero whole life carbon performance, where every aspect of infrastructure delivery is assessed through whole life carbon assessment and life cycle cost analysis.

Despite advances in renewable power, non-domestic buildings continue to underperform on emissions reduction, emphasising the urgent need for retrofit strategies based on embodied carbon measurement and lifecycle assessment. The Building Controls Industry Association identifies this as a critical barrier to achieving energy-efficient buildings and net zero carbon buildings aligned with sustainable building design and environmental sustainability in construction.

Early contractor involvement is emerging as a proven method to improve resource efficiency in construction and reduce overruns, aligning procurement with circular construction strategies and sustainable building practices. Confidence in global carbon accounting remains unsettled following resignations within the Greenhouse Gas Protocol, casting doubts on the accuracy of embodied carbon in materials data used for environmental product declarations (EPDs) and whole life carbon assessments that inform BREEAM and BREEAM V7 frameworks.

Material flows define the next frontier of sustainable design and low carbon construction materials. Europe’s unchecked aluminium scrap exports jeopardise circular economy in construction goals, undermining the reuse of low embodied carbon materials and low-impact construction systems that enable end-of-life reuse in construction. In the UK, Enva’s £7.5 million investment in electrical recycling illustrates how eco-friendly construction and circular economy practices can strengthen domestic supply chains for renewable building materials.

The shift toward sustainable architecture and green infrastructure extends to digital transformation. London’s strategy to attract energy-efficient, low carbon data centres reflects a broader commitment to carbon neutral construction and sustainable urban development. With eco-design for buildings now embedded in planning, sustainable material specification and life cycle cost thinking in construction are becoming defining features of the modern built environment. The sector is moving from aspirational sustainability to measurable decarbonisation—embedding whole life carbon and circular economy principles as core drivers of the future of construction.

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