A contamination plume from the 270-foot-tall Brookhaven landfill extends roughly 8,000 feet southeast from the structure. Though it hasn’t reached any drinking water sources, it has spread to the groundwater beneath homes and roadways, and a portion of it discharges into the Beaver Dam Creek, according to a report the town submitted to state regulators.
When a landfill is operational, moisture and rainwater can soak the waste, creating contaminated runoff. Today, the liquid is collected and pumped through a dedicated collection system and stored in tanks. But the landfill’s earliest cell was built before current regulations took effect, allowing leachate to seep out.
“We’re talking about landfill leachate that can contain many hundreds of different man-made chemicals,” said Jennifer Epstein, a freshwater ecologist who is now the director of Science at New York River Watch.
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Westminster’s refreshed National Planning Policy Framework signals a default yes to homes near rail hubs, accelerating sustainable urban development while curbing transport emissions. To secure durable value, schemes should embed whole life carbon assessment from concept stage, quantify embodied carbon, and optimise life cycle cost alongside placemaking and green infrastructure. Brownfield intensification that couples eco-design for buildings with resource efficiency in construction can cut the carbon footprint of construction and support net zero whole life carbon targets, aligning with BREEAM v7.
Energy remains the strategic risk. Developers are moving ahead with electrification regardless of policy noise, designing grid-ready sites, specifying heat pumps, and tightening controls to deliver energy-efficient buildings and net zero carbon buildings. The BCIA’s BEMS Delivery Framework gives clients a common standard for interoperable controls, improving building lifecycle performance and closing the performance gap. With over two-thirds of households already cutting energy use, demand is rising for sustainable building design that delivers verifiable lifecycle assessment outcomes and measurable carbon footprint reduction across operation and maintenance.
Rising summer temperatures are making resilience a core brief. Specifications now need passive shading, thermal mass, and material choices that balance embodied carbon in materials with durability and low-impact construction. Sustainable material specification should prioritise low embodied carbon materials and renewable building materials supported by environmental product declarations (EPDs), while enabling end-of-life reuse in construction through circular construction strategies. Adopting low carbon construction materials, green building materials and green building products within a circular economy in construction advances sustainable building practices, sustainable design and green construction. The result is low carbon design that de-risks delivery, supports carbon neutral construction, and accelerates decarbonising the built environment.
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