Informal #eWaste recycling may cause adverse health effects in children, incl. 🚨 lung function & respiratory effects 🚨 impaired neurodevelopment & behaviour 🚨 increased risk of some chronic diseases 🚨 DNA damage
Insightful. And 1- what is informal e-waste recycling ? 2- how do you avoid it? 3- how do you reduce it? 4- is there a dose-response* curve? If so is there a “healthy/unhealthy” threshold? I would love to learn more about your recommendations for preventive measures. DNA damage and “some chronic diseases” can be hard to identify for the average person and the average professional.
Hey there! While recycling electronics (e-waste) is awesome for the planet, informal methods can be a real bummer for our health, especially for the little ones. Think toxic fumes from burning plastics, heavy metals like lead and mercury leaching into the soil and water, and kids exposed to these nasties while scavenging for valuable parts. It's a serious situation that can lead to developmental issues, respiratory problems, and even neurological damage. Let's support responsible e-waste management programs that prioritize safety and protect our future generations. We can create a healthier planet for everyone!
The growth of electronic waste not only poses a threat to the environment but also presents potential risks to human health, particularly as certain harmful substances can impact public health through environmental exposure. Thank you to the World Health Organization for advocating on this issue and bringing it to wider attention.
It would be more effective if it was easier to dispose of e-waste and there was more communication about how to dispose!
Very informative
I want to learn more about it
Interesting
Insightful
Useful tips
I agree!; Using licensed facilities:You can take your e-waste to a licensed facility that is equipped to safely and responsibly receive and dispose of electronic equipment. E-waste management techniques include: 1.Recycling A sustainable method that involves breaking down electronic devices into components and reusing or recycling them. This process includes recovering valuable materials like plastics, metals, glass, and circuit boards. 2.Incineration A controlled combustion process that burns e-waste at high temperatures to convert hazardous substances into less hazardous compounds. However, it can release pollutants into the air if not done properly. 3.Landfilling A widespread method that involves burying e-waste in trenches or pits covered with layers of earth. However, it can lead to hazardous substances leaching into the soil and groundwater. 4.Selling You can post your e-waste for sale on social media, auction sites, or an online store. 5.Cloud computing A proactive best practice that reduces the need to purchase storage equipment and computing hardware.