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Valmet Mining Introduces RFID-Enabled Filter Cloths
The manufacturer of filtration technology is offering its RFID system to customers that want to automatically track when filter cloths are installed and then removed, in order to understand how long they typically last and thus what replacement schedules should be set.
Nov 22, 2016—
Finnish technologies company Valmet Technologies is launching a radio frequency identification system to track the use and replacement of cloth filters for its customers, including mining, paper and energy companies. The solution, which includes tags attached to filter cloths and readers mounted on a framework that holds the filters, tracks when each filter is installed, when it was replaced and why this was necessary. In this way, the technology provides analytics that help customers monitor the replacement of cloth filters, enabling them to better schedule future filter changes. The system will also help Valmet improve its products, by allowing it to view how well they perform in specific environments and under certain conditions.
Valmet makes a wide variety of textile-based filters for various industries. The filters are designed to separate solids from liquids or gasses. Organizations such as mining firms, paper producers and energy companies use such filters to remove solids for numerous purposes. Over time, the cloth can become clogged (a process also known as "blinded") or break, requiring that it be replaced by a new, clean filter. These cloths, provided by Valmet, vary in size from 50 square centimeters (7.5 square inches) to large pieces that can measure as much as 100 meters (328 feet) in length and require a crane for installation or removal.
Uusitalo says her company has been considering an RFID solution for some time. Not only would the technology benefit customers by ensuring that their filter cloths were replaced at the appropriate time, she adds, but it would also create a digital record that would help users determine how well the cloths are working in their equipment. In addition, the system would provide Valmet with information that it could use to improve its products' robustness for specific applications.
Valmet tested ultrahigh-frequency (UHF) RFID technology throughout the past 12 months at a Finnish mining company. The firm had a single filtering system in place, consisting of 108 cloths to separate solids from liquids. Valmet installed nine MTI circular RFID reader antennas with a single Impinj Speedway Revolution reader inside the filter system above the cloths, and embedded Smartrac DogBone UHF RFID tags in the filter cloths themselves. During the embedding process, Valmet encodes each tag with a unique ID number, which is stored in the company's software and linked to that customer, along with a date and time stamp.
When the cloths are installed in the filter system, the readers capture each tag's ID and forward that data to a cloud-based server managed by Valmet. The system then knows which filter cloths are installed in a given filter unit. Each time a cloth is removed, the reader ceases receiving transmissions from that cloth's tag, and the software thus knows it has been removed. Valmet wanted to enable users to also input the reason for replacement (blinding or breakage, for instance) into the Valmet software, so it provided its customer with a handheld RFID reader. When the cloth is removed, an operator interrogates the RFID tag on that cloth using the handheld, and Valmet software prompts him or her to input the reason for the cloth change.
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