Utilities Tech Outlook Weekly Brief
Be first to read the latest tech news, Industry Leader's Insights, and CIO interviews of medium and large enterprises exclusively from Utilities Tech Outlook
Automated water systems are designed on a vigorous data-collection devices network. These devices offer quick and continuous updates on water quality and also equipment function.
Fremont, CA: Industry 4.0 technologies such as the internet of things, sensors, artificial intelligence, and big data analysis — enable continuous data collection and machine automation. These technologies, which have already allowed for increased efficiency and automated processes in other industries like manufacturing, are now being leveraged for wastewater treatment. This tech provides several benefits over the last generation of plant management systems as well as can remarkably improve many aspects of wastewater treatment.
Improved Access to Data
Wastewater treatment is generally a data-driven process. With legacy systems, workers are required to manually collect water data, which often means that analysts and plant administrators rarely have updated and comprehensive information.
Automated water systems are designed on a vigorous data-collection devices network. These devices offer quick and continuous updates on water quality and also equipment function. Many automated water software platforms are also built with their own bleeding-edge analytics software — sometimes utilizing advanced technology like artificial intelligence and big data —in order to better store as well as analyze plant data.
See Also: Top Utilities Tech Solution Companies
Sometimes, administrators working on-site without these systems in place may find that their information is scattered, stored manually, and generally harder to access for analysis. Automated monitoring systems can solve this sort of issue by offering better visualization tools and data collection methods.
Reduced Plant Energy
The use of energy use is one of the most expensive costs at any wastewater treatment plant. However, upgrading traditional systems can lower these costs. On the other hand, they do not solve the problems posed by a lack of data about plant equipment as well as processes. Automated treatment systems can significantly minimize the total amount of energy and water treatment chemicals that a plant requires to use in daily operations.
Likewise, these automated systems can also decrease the amount of water that is lost during the treatment process, which can save plants and their operators' additional resources. Apart from that, automated systems can also reduce a plant's number of overflows by offering plant staff remote access to equipment and switches in the case of a flood.
