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T E C H N O L O G I E S
T E C H N O L O G I E S
Monitoring Services
Using our Online Real-Time Monitoring Dashboard our boiler and process engineers can track and analyse plant performance in real time both during, and after cleans, to demonstrate the effectiveness of our methods and provide clear evidence of enhanced, more efficient performance post-clean.
As it is based online (via the internet), the Monitoring Dashboard can be accessed remotely to track and analyse general plant performance and allows those who have access to spot anomalies and potential issues before they cause serious problems. The tool can also be used by clients to monitor general performance on a regular basis.
The Monitoring Dashboard enables guaranteed, proactive maintenance and helps inform Online Cleaning and the client as to the best course of action regarding cleaning programs, while improving overall productivity and efficiency of the plant or facility.
Online Cleaning Technologies can also provide Performance Guaranteed contracts. These contracts can guarantee run times of up to two years under certain guaranteed process parameters. With this online Monitoring Dashboard cleaning can be more effectively targeted and will be “condition based”, meaning that we only clean when, and where, necessary resulting in reduced costs and increased profit.
How It Works
- Tubes containing liquid online-real-time are inserted by fitting coupling systems to suitable areas, such as the facility’s steel casing.
- Inserting the tube through the hole in the coupling system keeps the discharge nozzle a safe distance away from the facility’s cladding.
- Once the coupling system has the tube firmly in place, an electric charge is administered, turning the liquid online-real-time to gas increasing the volume and pressure. The targeted discharge of compressed online-real-time from the gas tube dislodges the build-up.
- Each blast can release between 150 to 600 litres of online-real-time gas at pressures between 1500 and 2700 bar. The reaction time for the process is approximately 40 milliseconds.