Hide Browse by Category

Browse by Category

Current Research

Article Search ResultsSubscribe to RSS

Search results in category Current Research

Found 52 records | Showing page 1 of 6 pages | next page

Go to page:
Order by:

The printed circuit board (PCB) is an important part of electrical and electronic equipment, and its disposal and the recovery of useful materials from waste PCBs (WPCBs) are key issues for waste electrical and electronic equipment. Waste PCB compositions

Understanding the product's `end-of-life' is important to reduce the environmental impact of the products' final disposal. When the initial stages of product development consider end-of-life aspects, which can be established by ecodesign

There is a huge opportunity for e-waste recyclers in Europe, according to a new report by market analysts Frost & Sullivan. The e-waste recycling market earned revenues of $1.30 billion in 2012 and will reach $1.79 in 2020.

An electronics recycling facility began operation at the municipal landfill site for the City of Edmonton, Canada in March 2008 with the goal of processing 30,000 tonnes of electronic wastes per year. Of the many by-products from the process, brominated f

Diverting waste to destinations other than landfill is not only financially prudent but it is also the environmentally sound thing to do. Used electronics, often called “e-waste” or “WEEE” (waste electric and electronic equipment) are problemati

Production and use of electrical and electronic equipment (EEE) have been clearly increased over the last years. This has led to huge amounts of waste of electrical and electronic equipment (WEEE). The management of WEEE is a very critical and important n

Printed circuit boards (PCBs) from discarded personal computer (PC) and hard disk drive were crushed by explosion in water or mechanical comminution in order to disintegrate the attached parts. More parts were stripped from PCB of PC, composed of epoxy re

The present study was conducted to investigate the gold bioleaching factors from ore by cyanide producing bacterium Chromobacterium violaceum. The optimal condition for cyanide production by C. violaceum was pH 9 and 5 g/L of glycine in YP medium in 2-day

One route to reducing electronic waste, increasing product reuse, is dependent on the quality and functionality of discarded electronic goods (core), about which little is known or understood.

The air pollution generated at electronics waste dismantling sites may have a dangerous impact on the health of nearby residents.

Found 52 records | Showing page 1 of 6 pages | next page

Go to page:
Order by:

Website content copyright © 2010 Electronics Recycling Directory, LLC. All rights reserved