The TERSA Group plant in Sant Adrià del Besòs close to Barcelona in Spain has rolled out an modern system for guaranteeing higher environmental practices. SICK Spain put in two measurement methods, doubling the reliability of the plant’s emissions knowledge.
SICK has made its personal contribution to the brand new Waste-to-Energy (WtE) plant owned by the TERSA Group, a publicly owned environmental administration firm. The plant is designed for dealing with municipal waste generated in Sant Adrià del Besòs, Barcelona.
In line with the measures put in place by the native authorities to enhance air high quality, the TERSA Group goals to attain the very best requirements doable for effectivity and environmental sustainability. It believes that the brand new catalytic system put in within the WtE plant and pushed by SICK technology is a key a part of its efforts. The venture follows on from a public tendering process, which was gained by PASCH, a Spanish firm specialising in supplying and sustaining tools.
The plant has three waste therapy strains, with a most annual capability of 360,000 tons, and annual manufacturing of 200,000 MW of electrical energy.
“Because of where it is and what it does, the plant can potentially have a significant environmental impact. In order to ensure we meet levels set out in legal standards, we need the best emission measurement technology available,” defined Alessandro Leotta, Head of WtE on the TERSA Group.
SICK technology in use
With this purpose in thoughts, SICK’s environmental measurement tools helps to enhance course of effectivity whereas minimising the plant’s impression on the encompassing surroundings. This present SICK venture entails a full analyser system within the stack, together with a redundant system, designed to double the reliability of the information despatched to the Catalonian authorities in regards to the plant’s emissions.
These two items of kit are made up of two MCS100FT multi-component analysers, two MERCEM300Z mercury analysers, two DUSTHUNTER SP100 particle analysers, two FLOWSIC100 gasoline circulate measuring devices, two MPR distant monitoring parts, and two management cupboards, together with a data-handling system and one other system utilized by each the plant and the native authorities to ship the information.
The tools provide contract contains 24/7 upkeep, with a four-hour response time. The system additionally has a distant monitoring service operated from Germany, which reinforces the extent of help.
During the lockdown attributable to the COVID-19 pandemic, the MPR monitoring system has made it doable to diagnose faults, keep the analysers, and handle alarms remotely, in addition to the automated QL3 settings. All of those options have contributed to serving to the plant to maintain working and offering a vital service.
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