The Indian Point nuclear power plant was an energy juggernaut for 50 years,...

CNN Climate 2 years ago

The Indian Point nuclear power plant was an energy juggernaut for 50 years, generating a quarter of the electricity that powered New York City's iconic, glowing skyline. It is well into its decommissioning process after shutting down in 2021: The remaining waste of the radioactive fuel that once generated all of that power has been sealed inside more than 120 hulking metal and concrete canisters. This is one of several misconceptions about nuclear energy: America's nuclear waste is not buried in a mountain or tucked at the bottom of a deep, rocky cavern. It is sealed away in coffin-like casks and spread out among more than 50 locations around the country. Most other countries with longstanding nuclear energy programs have plans to create a permanent home for these spent fuel canisters. The US does not. That is almost entirely because Americans are by and large opposed to living anywhere near nuclear waste, and suspicious of governments' or utilities' attempts to assuage nuclear fears. But the perception of danger is a hurdle quickly becoming one of the country's biggest obstacles to uploading a glut of climate-friendly energy onto the grid. Tap the link in bio for more. 📸 : Mike Stewart/AP

layersDaily Sustainability Digest

Published about 12 hours ago



BloombergNEF estimates the EU, UK and Norway must mobilise about $1.3 trillion annually to remain on a credible 2050 pathway, making the built environment a frontline priority. Deep retrofit, electrified heat, sturdier grids and climate adaptation now determine balance sheet resilience as much as operational performance. UK support for small-scale biomass has lapsed without replacement, signalling a shift toward technologies that prove sustainability and system value. Hydropower retains a role where environmental safeguards hold; biomass must meet robust criteria. Recent Himalayan floods underscore that resilience is part of the brief, not a discretionary line item. Designing for cascading hazards, redundancy and social equity is cheaper than rebuilding.

Investment and procurement need to prize whole life carbon, life cycle cost and lifecycle assessment. Clients and supply chains should embed whole life carbon assessment, cut embodied carbon through low embodied carbon materials and embodied carbon in materials verified by environmental product declarations (EPDs), and scale circular economy in construction via circular construction strategies, resource efficiency in construction and end-of-life reuse in construction. Targets for net zero whole life carbon and net zero carbon buildings require sustainable building design, eco-design for buildings, sustainable design and low carbon design aligned with BREEAM and BREEAM v7. Priorities include energy-efficient buildings, low carbon construction materials, renewable building materials, green building materials and green building products within sustainable material specification. Programmes that integrate green infrastructure, nature-based risk management and building lifecycle performance will accelerate decarbonising the built environment, deliver carbon neutral construction, reduce the carbon footprint of construction and mitigate the environmental impact of construction while advancing sustainable construction, eco-friendly construction, sustainable building practices and sustainable urban development.

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