Overview

 

The heavy industry sector is exploring new ways to process ores using low-carbon technologies, such as those associated with electrification- and hydrogen-based methods. This project seeks to understand the physical and chemical behaviours of ores as they are converted, using such technologies in alternative reduction and calcination atmospheres. Low-carbon approaches also introduce different heating rates compared to conventional systems, potentially affecting how ores react chemically and physically during processing.

This project aims to assess the impact of new reactor conditions and heating techniques by studying their influence on the properties of reacting ores in real-world conditions, which can differ significantly from traditional lab settings. This will assist HILT CRC Partners in understanding how new low-carbon technologies may influence their product quality and production rate, as well as the optimal design of such technologies.

Additionally, the study seeks to improve the flexibility and accuracy of measuring an ore’s heating history, as current systems have limited ability to adapt rapidly to changes in heat flux. Better in-situ detection methods are needed to provide more comprehensive data during ore processing, helping to develop more accurate simulation tools for industry Partners.

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