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TitleDateExcerpt
Mythbusting common misconceptions about acidless metal recoveryElectronic waste contains valuable materials that can be recovered and returned to manufacturing. Gold, silver, palladium and other precious metals appear in…
How ALS2 supports closed-loop cobalt recovery from batteriesCobalt is a valuable component of many lithium-ion batteries, particularly chemistries used in electric vehicles, portable electronics and energy storage…
How storage time affects e-waste value in ALS2 processingElectronic waste is a time-sensitive resource. Circuit boards, connectors, mobile phones, computers and other WEEE streams contain copper, gold, silver,…
Recovering palladium from automotive electronic control unitsAutomotive electronic control units (ECUs) are small, complex assemblies that manage functions such as engine operation, braking, airbags, transmission,…
Recovering Precious Metals from Jewellery Sweeps with ALS2Jewellery manufacturing creates valuable residues at nearly every stage of production. Filing, cutting, polishing, finishing and bench work generate fine dust…
Comparing water consumption in ALS2 and wet chemical recoveryRecovering gold, silver, palladium and other valuable metals from electronic waste can require significant quantities of water. The total depends on the…
What happens to non-metallic fractions after ALS2 extractionRecovering gold, silver, palladium and other valuable metals from electronic waste is only one part of responsible recycling. Printed circuit boards,…
Integrating ALS2 into an existing smelting facilityAdding ALS2 to an operating smelting facility is a logistics exercise as much as a technology project. The acidless separation process must fit around…
Penny Slots Down Under: The Real Deal on 1 Cent Slots OnlinePenny Slots Down Under: The Real Deal on 1 Cent Slots Online The humble penny slot has come a long way from the sticky carpets of your local RSL. These days,…