A group of potentially toxic "forever chemicals," mostly coming from prescribed drugs, may be contaminating drinking water for millions of Americans, as wastewater treatment plants fail to remove them — and climate change may be making the situation even worse, according to a new report.
Scientists analyzed water samples flowing through eight large publicly owned wastewater plants across the US, all of similar size and using similar technologies to those serving 70% of the population.
Even with advanced treatment technologies, they found forever chemicals and compounds able to transform into them were being discharged into rivers and lakes where they can reenter the drinking water supply. Roughly 23 million Americans could be exposed to these forever chemicals from wastewater alone, the study found.
This is especially concerning as treated wastewater is expected to make up an increasing proportion of drinking water supplies as climate change-fueled drought shrinks water sources, according to Bridger Ruyle, an environmental engineering scientist at NYU and an author of the study.
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📸: Leonard Ortiz/MediaNews Group/Orange County Register/Getty Images
Sustainable construction is moving from policy commitments to measurable delivery, with heat, public assets and skills now defining progress on decarbonising the built environment. Coventry’s planned £1.3m solar thermal farm, designed with nearly 2,000 collectors to serve a manufacturing research centre, highlights the growing importance of low carbon design beyond electricity generation. By targeting heat demand, the scheme addresses a critical barrier to net zero carbon buildings and strengthens the case for whole life carbon assessment across industrial and institutional estates.
Surrey’s new carbon-neutral fire station shows how civic projects can advance sustainable building design through operational efficiency, resilience and staff wellbeing. Public-sector clients are increasingly expected to consider whole life carbon, embodied carbon, lifecycle assessment and life cycle cost rather than headline energy performance alone. Stronger sustainable material specification, low embodied carbon materials and environmental product declarations (EPDs) will be central to proving that carbon neutral construction can deliver both lower emissions and long-term value.
The sector’s wider challenge is capacity. Scotland’s warning that major investment in construction skills is needed to deliver more than £100bn of energy and infrastructure projects has UK-wide relevance. Net zero carbon delivery depends on electricians, retrofit specialists, heat-network engineers and project managers who understand environmental sustainability in construction, circular economy in construction and building lifecycle performance.
The immediate agenda for green construction is clear: decarbonise heat, reduce the carbon footprint of construction, improve embodied carbon in materials, embed circular construction strategies and support end-of-life reuse in construction. Standards such as BREEAM and BREEAM V7 will place growing pressure on clients and design teams to demonstrate net zero whole life carbon, resource efficiency in construction and credible sustainable building practices. Sustainable construction is no longer a design aspiration; it is a delivery test for finance, procurement, materials and workforce planning.
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