High-Temperature Processing Demands Integrated Design
Pyrometallurgical systems are complex, high-energy plant areas where small design issues can create major operating problems. EMtek supports these systems with practical engineering that considers process performance, maintainability, safety and plant integration from the start.
Core Capabilities
What We Deliver
Furnaces
Process and engineering support for furnace systems, including thermal balance, feed preparation, refractory and mechanical interfaces, utilities and off-gas integration.
Calcination
Design and optimisation of calcination systems, including temperature profile, solids residence time, gas handling, materials selection and product quality requirements.
Roasting
Engineering support for roasting circuits, with attention to reaction conditions, solids handling, off-gas treatment, heat recovery and integration with upstream and downstream plant areas.
Smelting
Multidisciplinary engineering for smelting facilities, including feed systems, furnace services, matte and slag handling, off-gas interfaces and plant upgrades or debottlenecking.
- Thermal process engineering
- Furnace and feed system support
- Calcination and roasting circuit design
- Smelting facility engineering
- Off-gas and heat recovery integration
- Utility and services coordination
- Plant upgrade and debottlenecking support
- Safe, maintainable engineering design
More Than Process Design. Pyrometallurgy requires strong coordination between process, mechanical, structural, piping, electrical, instrumentation, controls and drafting disciplines.
We help clients manage these interfaces so plant upgrades, debottlenecking works and new facilities can be delivered with fewer surprises during construction and operation.
Why EMtek
Pyrometallurgical projects leave little room for weak interface control. EMtek brings the technical and practical engineering capability needed to support systems that are safe, robust and suited to demanding operating environments.