Group items tagged

Approach Two relies primarily on government statistics on sales of electronic products. It then uses the same lifespan data (with some modifications) as Approach One to estimate EOL quantities. From these EOL estimates, we subtract the quantity of selected electronics disposed to yield the quantity recycled. This approach also provides information on the composition of electronic products, as well as the number of select electronic devices entering storage/reuse annually.

This analysis relies primarily on market research data on sales of electronic products. It then applies these sales data to some of the most comprehensive collection information available to estimate product lifespans and the amounts of particular products that are ready for EOL management. From these EOL estimates, we subtract the estimated quantity recycled to yield the quantity disposed. This approach also provides information on the export of CRT monitors and TVs, as well as the amount of selected electronics cumulatively in storage.

MONTICELLO - The way counties dispose of electronic waste is expected to change soon.

"EPA's DfE Program and the Massachusetts Toxics Use Reduction Institute (TURI) entered into a voluntary partnership with representatives of the wire and cable industry to evaluate the environmental impacts of the current standard material formulations and alternative formulations. Specifically, the partnership used a life-cycle assessment approach to examine the impacts of heat stabilizers, polymer systems and flame retardants used in insulation and jacketing for selected wire and cable products. This information will address the information gap on the environmental impacts of the different materials used in wire and cable insulation, and help companies make environmentally sound product and material choices."

"To address the information gap on the environmental impacts of leaded and lead-free solders, EPA's DfE Program entered into a voluntary partnership with representatives of the electronics industry and other interested parties to evaluate the environmental impacts of tin-lead and lead-free solders (see the Partners page of this website for more information on project partners). The partnership used a life-cycle assessment approach to examine the impacts of tin-lead, tin-copper, tin-silver-copper, and tin-silver-copper-bismuth solders. " Site includes general project information, milestones, publications and a list of partners.

"The DfE Computer Display Partnership, along with the electronics industry, evaluated the life-cycle environmental impacts, performance, and cost of technologies that are used in desktop computer monitors-namely, cathode ray tubes (CRT) and liquid crystal displays (LCD).This project generated data to assist original equipment manufacturers (OEMs) and suppliers in the electronics field in incorporating environmental considerations into their decision-making processes and identify areas for improvement. This project combined both the Life-Cycle Assessment (LCA) and the Cleaner Technologies Substitutes Assessment (CTSA) approaches to analyze the environmental impacts, performance, and cost of both CRT and LCD desktop monitors. These evaluations will help the electronics industry: consider alternative technologies, materials, and processes that reduce releases of toxic chemicals, conserve resources, and lower risks to human health and the environment; perform an improvement assessment of display technologies and their components; and meet the growing global demands for 'extended product responsibility.'" Site includes general project information, findings & accomplishments, publications and a list of partners.

Scientific American, 7/17/09, article by Larry Greenemeier. Most people assume that their trash ends up in a landfill somewhere far away (if they think about this at all). But growing concern over the environmental impact of waste-discarded electronics, in particular-has prompted a team of researchers at the Massachusetts Institute of Technology (MIT) to take a high-tech approach to studying exactly what people are tossing out and where those items are ending up. The researchers, part of MIT's Senseable City Lab, have developed electronic tags that they're hoping as many as 3,000 volunteers in Seattle and New York City will affix to different items they throw away this summer as part of the Trash Track program. These tags will contact cell phone towers they pass as they flow through the trash stream to their final destinations, helping the researchers monitor the patterns and costs of urban disposal.