Technical Papers

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Continuous Galvanizing

Applied Waste Management Technology: In-House Recovery of Metallic Zinc from Continuous Galvanizing Drosses - J.Fryatt, N.Deem, M.Bright - English (Letter)
Cleanliness Enhancement of the Bath Surface within a CGL Snout - M.Bright, N.Staples, C.H.Phillips - English (Letter)
Development of a New Weld Overlay for Pot Hardware in Continuous Galvanizing Lines - M.Bright, et al - English (Letter)
Dross Formation Mechanisms on Stainless Steel Hardware in a Zinc-55% Aluminium Bath - M.Bright, B.Kang, A.Varadarajan - English (Letter)
Effect of Aluminium Concentration on the Dissolution of 316L Stainless Steel in Molten Zinc - M.Bright, E.Barbero - English (Letter)
Identification of Failure Mechanisms in Correcting Roll Bearings of a Continuous Galvanizing Line - M.Bright, A.Ensminger - English (Letter)
Minimizing Zinc Consumption in Hot-Dip Galvanizing Lines - Bright & Ellis - English (Letter)
Reactive Wetting of an Iron-Based Superalloy MSA2020 and 316L Stainless Steel by Molten Zinc Alloy - M.Bright, et al - English (Letter)
Recycling and Technology as Key Sustainability Pillars - J. Fryatt (ppt)
Sustainability in Galvanizing from In-house Applied Waste Management of General Hot Dip Galvanizing Ashes and Skimmings and Continuous Galvanizing Line Top Drosses - English - J.Fryatt
The Advantages of Recycling Metallic Zinc from the Processing Wastes of Industrial Molten Zinc Applications - M.Bright, N.Deem, J.Fryatt - English (Letter)
Utilizing Pumps to Continuously Remove Dross from Inside the Inlet Snout - Becherer

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