The project specification agreed between G Corner and client focused on a number of key areas such as temperature rise in the busbar system, operating current density and volt drop.

It was understood that the allowable conductor temperature rise was be according to BS 159, and the feeder system in both cell-rooms were designed to suit a maximum capacity rating of 54 KA and 176 VDC.

G Corner are used frequently for small parts that need continual replacement due to ware and tear during the refining process. We have a large number of loyal clients who provide repeat business for their replacement refinery equipment.

This tankhouse refinery equipment includes: Copper Flexibles, Contact Rings for Copper Foil-plating plants, intercell equipotential busbars, cell-top capping boards, stainless steel cathodes, rolled-lead anodes and larger machinery such as cathode stripping machines and transformer rectifiers.

This Technology Conversion Project (TCP) for the conversion of chlorine plants from the use of mercury to clean membrane electrolysers are essential for a cleaner, greener and more electrically efficient plant using modern technologies.

G Corner completed a technology conversion project which helped to transform the more than 50-year-old plant into a modern, cost effective and environmentally superior plant. This conversion helped lower their unit costs by 20% due to greater electricity efficiency, lower headcount and lower maintenance costs.

This zinc refinery expansion project will be one of the largest new electrolytic Zinc refineries to be built in the Americas in recent years

This large-scale new zinc electrowinning refinery will produce 200,000 tons of electrolytic Zinc Cathode. Based on its extensive track record in the base metal refining industry G Corner worked on the initial design of the cell top furniture incorporating the long intercell equipotential busbars to our tight tolerances together with the end cell apron bars.