Browse TRAIL Inventories

Milling methods in the tri-state zinc district

Zinc used for roofing

Progress in use of 1-inch steel in the Tristate lead and zinc district

Volatilization of impuities from zinc concentrates

Operation of pilot plant for reducing zinc concentrates with methane gas

Electrolytic recovery of zinc from galvanizers' sal skimmings

Dissolution of zinc from sphalerite at elevated temperatures and pressures

Recovery of zinc from dross and tin from hardhead by amalgam electrolysis,

Recovery of zinc from ammoniacal-ammonium sulfate leach solutions

Electrodeposition of zinc

Recovery of zinc from galvanizers' dross and zinc-base die-cast scrap by filtration

High-purity zinc and tin by amalgam electrorefining

Refining zinc-base die-cast scrap using low-cost fluxes

Horizontal zinc retorts

Solvent extraction of nickel and zinc from a waste phosphate solution

Control of sulfur oxide emissions in copper, lead, and zinc smelting

The economics of byproduct metals(in two parts). 2. Lead, zinc, uranium, rare-earth, iron, aluminum, titanium, and lithium systems / by Alfred Petrick, Jr., Harold J. Bennett, Karl E. Starch, and Robert C. Weisner.

Recovery of zinc, copper, silver, and iron from zinc smelter residue

Recovery of zinc and lead from brass smelter dust

Recovery of secondary copper and zinc in the United States

Recovery of zinc from zinc chloride by fused-salt electrolysis

Electric furnace steelmaking dusts --a zinc raw material

Sulfuric acid extraction technique for recovering zinc and sulfur from sphalerite

Production of high-purity gold from zinc precipitates and steel wool cathodes by hydrometallurgical refining


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