Process Control in Steel Production
Posted: Mon Feb 17, 2025 9:16 am
Steel and iron are in great demand worldwide and optimizing the production process is a very high priority in the industry. The reproducibility and product quality of the batches are of great importance as they mean a reduction in the cost of the process. A set of constants that must be measured and checked to guarantee the best product are the well-known gas compounds CO, H2, CO2 and H2O, which are involved in the manufacturing process.
Due to features such as direct sampling, implementation in existing IT/PLC environments and rapid acquisition of measurement data, instruments are very well suited for process control. The individual process parameters can be changed, skype database which leads to an improved workflow and therefore also to cost reduction. The use of mass spectrometers during steel production represents an economically significant way to optimize the manufacturing process and the quality of the final product.
According to the Federal Ministry for Economic Affairs and Energy (BMWi), the German steel industry currently has a turnover of around 50 billion euros per year. 100,000 employees produce more than 100 million tons of pig iron, steel and hot-rolled steel products. Business is booming, not least because steel producers have continually improved the efficiency of their plants. The disadvantage of this is that this also increases the strain on the equipment used. There is also an increased risk of strand defects, local leaks of liquid steel or break-throughs, leading to high-cost casting failures. Comprehensive monitoring measures are therefore becoming increasingly important. At the same time, there are high expectations of high-quality steel.
Due to features such as direct sampling, implementation in existing IT/PLC environments and rapid acquisition of measurement data, instruments are very well suited for process control. The individual process parameters can be changed, skype database which leads to an improved workflow and therefore also to cost reduction. The use of mass spectrometers during steel production represents an economically significant way to optimize the manufacturing process and the quality of the final product.
According to the Federal Ministry for Economic Affairs and Energy (BMWi), the German steel industry currently has a turnover of around 50 billion euros per year. 100,000 employees produce more than 100 million tons of pig iron, steel and hot-rolled steel products. Business is booming, not least because steel producers have continually improved the efficiency of their plants. The disadvantage of this is that this also increases the strain on the equipment used. There is also an increased risk of strand defects, local leaks of liquid steel or break-throughs, leading to high-cost casting failures. Comprehensive monitoring measures are therefore becoming increasingly important. At the same time, there are high expectations of high-quality steel.