A new study¹ on the effects of E-waste on human health reveals serious negative outcomes for those dismantling and handling components of discarded electronics. The study, published by the Royal Institute of Technology in Stockholm, Sweden, details that workers, some as young as six years of age, are routinely exposed to hazardous materials and inhalation of toxic gases through direct handling of discarded electronics. People affected by this health crisis are mostly in areas where there is little knowledge about the health risks and in many cases no basic health care or social protections.
A major obstacle to solving the problem is that manual handling of E-waste is a vital income source in parts of the world where E-waste is exported to. Shakila Umair of the Royal Institute of Technology comments “There are massive health problems in Pakistan which can directly be attributed to E-waste handling, yet it is an activity that supports thousands of people” To alleviate some of the most immediate concerns, small changes, such as the use of protective gloves and face masks, could make a big difference, but is something the workers can’t afford.
Re-use –an alternative to E-waste ?
Worldwide e-waste is a huge, and growing problem. In the US alone, over 112 000 laptop and desktop computers are discarded every day! That adds up to about 41 million every year, while the estimated amount of yearly E-waste worldwide is between 30-40 million tons. What many IT-using companies and organizations don’t realize is that there is a strong second hand market for IT equipment they no longer need. “The life cycle of a computer can be extended by several years if companies and organizations were to take advantage of the re-use opportunities available to them,”, comments Jonas Carlsson, President of Inrego, which specializes in the refurbishment of IT products.
Other experts point to the practical challenges of computer re-use and increased E-waste, including data security measures and other company rules that make re-purposing or donating IT products more difficult. “Unfortunately, another challenge is the human factor”, says Jolanda can Rooijen, former manager of IT and Corporate Social Responsibility at a world leading IT company, now a researcher in Industrial Technology at Uppsala University. “A lot of people simply aren’t interested in an older product, even if it’s fully functional. Besides, the IT vendors encourage companies to replace their equipment every three years or so”
TCO Certified reduces the use of hazardous substances and makes recycling of IT products easier
“The environmental and recycling criteria included in TCO Certified reduce the risk of hazardous substances such as heavy metals occurring in IT products”, comments Emma Nolte, Environmental Expert at TCO Development. “This is an important step in helping alleviate the health risks for those dealing with electronic waste today in what is a largely uncontrolled environment. TCO Certified also requires that IT brands offer take back programs in areas where it is not currently required by law and that spare parts are available for all certified products for a full three years after it’s final production. We believe these are critical steps for increasing a product’s usable life as well as industry engagement in alleviating the worldwide E-waste problem. By asking for TCO Certified IT products, companies and organizations can help extend IT product life and value from a sustainability perspective”