According to foreign media reports, the US Department of Energy recently allocated 2 million US dollars to fund a research led by Professor O'Malley of the Missouri University of Science and Technology. The study, titled "Intelligent Dynamic Electric Arc Furnace Advisory System (IDEAS) for Improving EAF Operational Efficiency", is dedicated to improving EAF operating efficiency and reducing carbon footprint.
Electric arc furnaces use a lot of electricity to run, and O'Malley and his team are looking for new ways to reduce their carbon footprint. It is reported that they are working hard to install a new dynamic control system for the electric arc furnace and use a new sensor system to promote the electric arc furnace to improve operating efficiency under changing conditions.
The study is tentatively divided into two phases: In the first phase, the research team evaluated two existing partners, Big River Steel in Osceola, Arkansas, and Birmingham Commercial Metals (CMC) in Alabama. Electric arc furnace production system, and developed a framework for further research. At this stage, the research team needs to conduct extensive data analysis of the process, integrate existing control m
odules, design new control modules, and develop and test new fiber optic sensing technology for EAF production in the laboratory.
In the second phase, the new fiber optic sensing technology will be tested and applied in the factory together with the new control module, directed energy input and electric arc furnace slag behavior model. The new fiber optic sensing technology will provide a whole new set of tools for electric arc furnace optimization, which can better check the status of the electric arc furnace and the impact of operating variables on the process in real time, so as to provide feedback to the operator, improve energy efficiency and production, and cut costs.
