SICK supplies sensor solutions for almost every possible application in the metal and steel sector, even in the world of analytical measuring. The company’s latest innovation is METPAX300, a customized analyzer system which measures exhaust gas emissions from electric arc furnaces. The vast majority of structural steel,
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The dumpers used for excavating bauxite for the manufacture of aluminum weigh up to 570 tons. Thanks to driver assistance systems from SICK, these colossal vehicles travel with optimum precision. The requirements for assistance systems used in mining are particularly stringent, as they have to be able to
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Roasting Protection. Aroma Protection. You Get Both From SICK. The GM901 gas analyzer monitors carbon monoxide during the roasting process, thus preventing potential explosions which could be caused by high concentrations of gas in the roaster. And thanks to laser technology, it is possible to measure oxygen quickly
Read more →![[Infographic] Monitoring Emissions from Stack Gases: In-situ versus Extractive](http://sickusablog.com/wp-content/uploads/2015/08/In-situ-vs.-Extractive_Cover-Image-1200x300_c.jpg)
There are two general approaches to monitoring emissions from stack gases: in-situ analysis or extractive analysis. In-situ analysis involves mounting the analyzer on the stack. Extractive analysis involves transporting the sample from the stack, performing the necessary sample conditioning and finally presenting the sample to the analyzer.
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Measuring dust emissions is easy – if one has the right measuring equipment. When it comes to choosing the right measuring device, one has to look at both the properties of the medium to be measured and the environmental conditions. This is where SICK’s strengths really come
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