Category: Technology sharing

Ladle slag detection is not simply a matter of identifying a colour change in a stream of molten steel. It is a process-control decision made at a difficult point in

The right question is not “How advanced is the system?” Steelmaking automation is often presented as a technology upgrade. A new PLC or DCS, more instruments, a robot, machine vision,

How steel rolling mills can evaluate counting automation, product handling and traceability Rebar counting and separation are important operations at the finishing end of a steel rolling line. The result

Excerpt: A billet can meet its target length and still miss its target weight. This guide explains how predictive process modeling and online hot-billet weighing create a practical closed loop

Material tracking at the continuous casting machine (CCM) discharge table is where steel mill traceability most often breaks down. The reason is straightforward: hot billets at 1000°C degrade most physical

For a steel mill shipping rebar across the Atlantic, a small identification tag can become a major commercial risk. A bundle may leave the finishing line in good condition, yet

In the complex ecosystem of a steel plant, the turbid circulating water system often remains invisible until it fails. For plant managers and maintenance engineers, the symptoms of a struggling

– An Overview of Cost Reduction and Efficiency Improvement in Steel Plants Intelligent technologies and products for steelmaking and continuous casting are widely deployed and applied in steel plants. These

Controlling mass flow rate and improving thickness accuracy: In reversible or tandem rolling mills, laser velocimeters are used to achieve mass flow rate control. By simultaneously measuring the strip speed

In modern steel production, enhancing efficiency, optimizing product quality, and reducing operational costs are paramount for a steel mill’s competitiveness. While the rolling process has seen significant advancements in automation,