Overview of the cleaning methods
Criteria for the selection of the cleaning process...
Flushing methods
Surge flushing
Surge flushing – Definition
Surge flushing - Process
Surge flushing – Process description
Surge flushing – Surge wave flow conditions
Surge flushing – Bed load and Suspension waves
Surge flushing – Factors influencing efficiency
Surge flushing – Effective range
Surge flushing – Practical experience
Surge flushing devices
Surge flushing devices
Surge flushing devices (2)
Wastewater volume activated flushing system
Wastewater volume activated flushing system
Wastewater volume activated flushing system (2)
Wastewater volume activated flushing system (3)
Sealing devices (lifting, lowering, rotating)
Automatic flush gate (without auxiliary energy)
Automatic flush gate (without auxiliary energy) (2...
Practical example I
Practical example II
Mechanically working flush gate (with auxiliary en...
Arched flush gate
Arched flush gate (2)
Flushing weir
Flushing weir - Example
Flush sluice
Inflatable pipe plug
Inflatable pipe plug (2)
Inflatable pipe plug
Rotating elbow
Rotating elbow (2)
Rotating elbow
Tipping bucket, Pivoting drum, Flushing manhole
Tipping bucket, Pivoting drum, Flushing manhole (2...
Flushing methods with reservoir -Tipping bucket
Flushing using a flushing chamber
Surge manhole flushing systems
Flushing method recommendations
Surge flushing methods applications - Conclusion
Surge flushing methods - performance comparison
Surge flushing methods - applications
Back-up flushing
End of module
To produce the characteristic surge wave, the plug is abruptly deflated through a cylinder valve. The hose is entirely bled of air by the backed up wastewater. After the flushing procedure is completed, the flushing hose is rolled back into its initial position.
Automatically inflatable pipe plug [FI-HST]
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