Mining, metallurgical and materials

Pyrometallurgy and furnace design

Design and assessment of smelting and furnace systems, including EAF and submerged arc.

Describe your project

What it covers

Pyrometallurgy and furnace design covers the high-temperature processes and equipment that smelt and refine metals: electric arc and submerged arc furnaces, converters, roasters, kilns and their refractory, cooling and offgas systems. The work spans process and energy balances, furnace and refractory design, electrode and power systems, cooling and integrity, and offgas and emissions. The engineer can design or assess a furnace, diagnose a refractory or cooling failure, or model the process and energy balance.

When you need it

You need a pyrometallurgy and furnace engineer when you are designing, upgrading or troubleshooting a smelting furnace, when refractory or cooling life is short, when offgas or energy performance is a problem, or when you need an independent review of furnace integrity. It is a specialised field where process, thermal and structural questions meet.

Standards, codes and tools

refractory and furnace good practiceenergy and heat balance methodsAS 1210

Commonly used tools: FactSage, MetSim, Ansys.

What to look for

Look for an engineer with direct furnace experience in your process, because an electric arc steelmaking furnace and a submerged arc ferroalloy furnace differ sharply. Ask whether they cover the process, refractory, cooling and offgas together, since furnace problems usually cross those boundaries. For an integrity issue, look for someone who works from the energy and heat balance, not just the symptom.

Common questions

What does furnace design cover?

The high-temperature equipment and processes that smelt and refine metals: electric arc, submerged arc and other furnaces, converters and roasters, with their refractory, cooling, electrode, power and offgas systems. It combines process, thermal and structural engineering.

Why do furnace refractory or cooling problems need a specialist?

Because the cause usually lies in the interaction of process chemistry, heat balance, refractory and cooling, which a general mechanical assessment can miss. A furnace specialist works from the energy and heat balance to find why the lining or cooling is failing.

Need pyrometallurgy and furnace design?

Describe your project and Edelvor finds and approaches the right specialist for it, from an established Australian firm. Free, with no obligation.

Describe your project