Soil Pollution in Wadis Investigated with New Method
A study using X-ray Fluorescence (XRF) examined soil pollution in 30 wadis across the Netherlands, revealing significant heavy metal contamination.
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A study using X-ray Fluorescence (XRF) examined soil pollution in 30 wadis across the Netherlands, revealing significant heavy metal contamination.
New York, NY, July 11, 2024 TAUW, Pure Earth, and Lumetallix evaluated over a dozen methods to detect lead in soil to identify low-cost tools to scale up efforts to prevent lead exposure and poisoning. Current detection methods, such as handheld X-Ray Fluorescence (XRF) analyzers, though effective, are very expensive, require specialized training, thus limiting […]
Location: The DeSoto Savannah, 15 E Liberty, Savannah, GA 31401
Date: August 20 – 22, 2024
Toxic lead, carcinogenic substances, and excessive nicotine levels were found in vapes frequently used by Dutch children. An analysis of vapes collected from ten high schools revealed alarming results […]
Toxic lead, carcinogenic substances, and excessive nicotine levels were found in vapes frequently used by Dutch children. An analysis of vapes collected from ten high schools revealed alarming results […]
In 2019, a major fire destroyed Notre-Dame Cathedral’s roof and spire, spreading poisonous lead in the city of Paris. Was the contamination taken seriously? What will be the consequences of installing a new leaded roof? […]
Global lead exposure remains a severe health risk. A groundbreaking study reveals alarming figures: 765 million IQ points lost in children, 5,545,000 adult cardiovascular deaths, and a $6.0 trillion economic toll in 2019. Urgent action is needed to address this ongoing, widespread threat.
AMOLF researchers innovate with perovskite semiconductors, unveiling a lead detection spray test 1,000 times more sensitive than existing methods. Published in Environmental Science & Technology, this breakthrough combines fundamental research with real-world impact, creating a global application with zero false results. Access detailed insights on phys.org.
AMOLF researchers pioneer a game-changing lead detection spray test using perovskite semiconductors, 1000 times more sensitive than existing methods. This breakthrough, led by Lukas Helmbrecht and Wim Noorduin, marks a rare instance of fundamental research with global impact. Explore details on amolf.nl.