The Regenyx recycling facility took in polystyrene — a hard-to-recycle...

CNN Climate 2 years ago

The Regenyx recycling facility took in polystyrene — a hard-to-recycle plastic used for products like coffee cups, egg cartons and meat trays — and melted it right down to its building blocks, ready to be made into new products. The process, which used a technology called chemical recycling, could be done an infinite number of times, according to Agilyx, the company behind the facility, saving waste polystyrene from landfill, incineration or around 500 years of clogging up streets, rivers or oceans. Last month, however, after only five years of operating, Regenyx closed its doors. Regenyx's closure is just the latest sign of the deep struggles facing chemical recycling, said Jennifer Congdon deputy director of the non-profit Beyond Plastics.The plastic industry is pitching this technology, also known as advanced recycling, as a great new hope in the battle against the plastic pollution crisis. But critics say it's failing to meet the hype, plagued by missed targets, plants closed or shelved and reports of fires and spills. Tap the link in bio for more. 📸 : Sergio Flores/AFP/Getty Images

layersDaily Sustainability Digest

Published about 4 hours ago



Sustainable construction is becoming a test of bankability, with asset owners backing projects that improve whole life carbon performance and meet a credible life cycle cost threshold. Aldi’s plan to install solar panels on half its UK stores by the end of 2026 shows that decarbonising the built environment is being driven by portfolio retrofit, energy-efficient buildings and low carbon design rather than headline-led new build. Sustainable building design, sustainable design and eco-design for buildings are being judged with far greater rigour through whole life carbon assessment, lifecycle assessment and building lifecycle performance, with stronger focus on embodied carbon, embodied carbon in materials and the carbon footprint of construction as the market pursues net zero carbon buildings and net zero whole life carbon.

EV charging is strengthening the business case for green infrastructure, with viable sites attracting sharply higher rents and turning car parks, grey land and brownfield plots into infrastructure for sustainable urban development. The planned wind-down of SDCL Efficiency shows that environmental sustainability in construction still has to satisfy conventional capital markets. Green construction, eco-friendly construction, low carbon building and carbon neutral construction are now expected to deliver measurable returns, not only sustainability claims.

Standards on site are tightening. The Considerate Constructors’ Scheme has revised its checklist and scoring model, raising expectations for sustainable building practices, resource efficiency in construction and low-impact construction. Recycleye’s latest AI sorting system supports the circular economy and circular economy in construction by improving recovery of green building materials, low carbon construction materials, low embodied carbon materials and renewable building materials. This strengthens life cycle thinking in construction, sustainable material specification, end-of-life reuse in construction and circular construction strategies, with growing value placed on environmental product declarations (EPDs), green building products and evidence frameworks associated with BREEAM and BREEAM v7.

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