Radioactive Waste

Radioactive Wasp Nest Found at Nuclear Bomb Site: No Wasps Found

At the Savannah River Site in South Carolina, a wasp nest with radiation levels exceeding federal regulations was discovered near liquid nuclear waste storage tanks. The nest, which was removed and disposed of as radioactive waste, was likely contaminated by residual radioactivity from the site’s past operations. While officials assured the public that there was no leak and no danger, a watchdog group criticized the report for lacking details about the source of the contamination. The site, once crucial for nuclear bomb component manufacturing, now focuses on fuel production and cleanup, with millions of gallons of liquid nuclear waste still stored in underground tanks.

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Belgium Bans Disposable E-Cigarettes: EU’s First Step Against E-Waste and Addiction

Belgium will ban the sale of disposable e-cigarettes starting January 1, 2024, a first for the EU, citing health and environmental concerns. The ban aims to curb teenage nicotine addiction and reduce hazardous waste from discarded devices. Health Minister Frank Vandenbroucke highlighted the devices’ contribution to environmental pollution and promoted reusable alternatives as smoking cessation tools. This action precedes a call for the European Commission to strengthen tobacco legislation across the EU.

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Florida to Test Radioactive Road Material: EPA Approves Pilot Project

The EPA’s recent approval of a Florida plan to utilize phosphogypsum, a radioactive byproduct of fertilizer production, in road construction has sparked significant controversy. This isn’t a widespread rollout of radioactive roads across the Sunshine State, but rather a small-scale pilot program. The plan focuses on testing the viability of using this material, currently stored at considerable cost, as a road-building component on a limited private road. The EPA’s decision is framed as a way to explore a potentially cost-effective solution for managing vast quantities of phosphogypsum, while also evaluating its environmental impact.

This pilot project aims to determine the efficacy of phosphogypsum in road construction, specifically addressing concerns about radon containment.… Continue reading