Ugandan Engineers Develop Robotic System to Improve Scrap Feeding Efficiency in Steel Plants
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- leaderobot.com
A team of mechanical engineers from Kyambogo University in Uganda, in collaboration with Aalborg University in Denmark, has designed a robotic system to enhance the efficiency of scrap feeding into electric induction furnaces. Their innovative solution, published in the International Journal of Intelligent Robotics and Applications, achieves a simulated performance of 87 kilograms of scrap per minute, surpassing the existing process's rate of 73 kilograms per minute.
This advancement is significant as it addresses the dangerous and labor-intensive task of feeding scrap metal into furnaces, which exposes workers to toxic fumes and high temperatures. The new system not only improves throughput but also enhances safety by removing human operators from hazardous environments. The design incorporates a two-axis sliding base that allows the robotic arm to operate effectively without needing to reposition the entire setup.
Looking ahead, the researchers estimate that the new system could increase scrap feeding from approximately 11 tons to 13 tons during a typical 2.5-hour production cycle. This improvement in efficiency could lead to better furnace utilization and profitability in the steel industry. No further timeline was disclosed at the time of publication.
Original report
Ugandan Engineers Design Robotic System to Enhance Scrap Feeding Efficiency in Steel Plants
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