Recovering precious metals from electronic waste is a demanding process because the feed is heterogeneous, compact, and often difficult to handle. A single…
Electronic waste is a complex mixture of circuit boards, cables, connectors, batteries, plastics, ceramics and metals. Valuable materials are present in small,…
Printed circuit boards are among the most valuable and difficult fractions in electronic waste. Their copper layers, solder joints, connectors and component…
Liquid crystal display (LCD) equipment contains valuable materials that are easy to overlook. Behind the visible screen, thin conductive coatings made with…
Northern Europe has long treated electronic waste as a resource stream rather than a disposal problem. Strong recycling regulations, advanced collection…
Scaling a precious-metals recovery process from laboratory equipment to a larger ALS2 plant is not simply a matter of processing more material per hour. Higher…
Electronic waste contains concentrated amounts of gold, silver, palladium, copper and other valuable materials. Yet recovering these metals can require…
Europe’s transition to clean energy, digital services and advanced manufacturing depends on a reliable supply of minerals and metals. Many of these materials…
Dental amalgam waste sits at the intersection of healthcare waste management, hazardous material control, and precious-metal recovery. Removed fillings,…
Waste electrical and electronic equipment is becoming a central regulatory concern as governments seek to reduce landfill, control hazardous substances, and…