This site uses cookies in order to improve your user experience and to provide content tailored specifically to your interests. Detailed information on the use of cookies on this website is provided in our Privacy Policy. You can also manage your preferences there. By using this website, you consent to the use of cookies.
Condition Monitoring of a
wastewater treatment plant to reduce OPEX and risk
Digital Drive Train solutions at Scottish Water
Condition Monitoring of a
wastewater treatment plant to reduce OPEX and risk
Digital Drive Train solutions at Scottish Water
Water
Scottish Water
Glasgow United Kingdom
Reduce OPEX and the risk
of downtime, as an outage would have a direct impact on people and the
environment.
Monitor energy usage of
assets to reduce energy consumption and quantify the impact towards their
sustainability goals.
Medium-critical aerators in the plant are monitored with the
plug-and-play Condition Monitoring solution SIMOTICS CONNECT 400 (SC400).
Highly critical screw
pumps are monitored with SIPLUS CMS in addition to the SC400 to gain more
insight into the mechanical condition of the screw and gears.
The data collected from
the sensors is transmitted to the Industrial Cloud, where it is displayed in a
centralized application for maintenance personnel.
This collaboration helped us to deliver a scalable solution that we can now take across multiple assets, in both water and waste water.
Nathan Wield, Waste water operations manager, Scottish Water
Blueprint for the
Condition Monitoring of a wastewater treatment plant to easily scale the
solution to any facility in Scotland.
Reduced OPEX and risk of
downtime through Condition Monitoring of equipment.
Reduced energy consumption
and increased expected asset life by identifying the best operating point of
assets.
Scottish Water provide 1.52 billion liters of drinking waterand treat 1.10 billion liters of wastewater. Over 2.6 million Scottish householdsrely on their services.
Scottish Water
17 wastewater treatment sites throughout Scotland,
