Functional interaction

The operating cycle of the station is implemented as follows:

• The flow of wastewater into the storage tank
• Transportation of liquid through the pipeline system to pumps
• Pumping waste by pumping equipment from an isolated compartment
• Monitoring of the filling level by the control system
• Automatic shutdown of pumps when the minimum level is reached

Operational advantages

The structural advantages of the station are shown in:

• Enhanced protection of equipment from corrosion
• Comfortable maintenancethanks to the dry access to the mechanisms
• Increased service life by minimizing corrosion
• Simplified repairsdue to the modular availability of components
• Safe operationdue to the lack of direct contact with waste

Technical parameters

Operating characteristicsinstallations:

• Capacity: 5,000 cubic meters per hour
• Maximum suction depth: up to 15 meters
• Pressure generated: up to 100 meters
• Allowable drain temperature: up to 90 degrees Celsius
• Automation level: full process control
• Types of equipment used: submersible and semi-submersible pumps

Practical implementation

Implementation areasinclude:

• Municipal sewage systems of megacities
• Production facilities with aggressive wastewater
• Communal facilities with high maintenance requirements
• Sewage treatment plants of various capacities
• Food industry enterprises

Service Regulations

Operational controlprovides:

• Systematic inspection of sealing systems
• Lubricant level monitoring
• Regular preventive maintenance
• Monitoring of ventilation systems in an isolated compartment
• Diagnostics of the pipeline network condition

Technological innovations

Modern equipmentincludes:

• Remote equipment diagnostics systems
• Intelligent control systems with self-diagnosis function
• Energy-efficient pumping drives
• Automated lubrication systems for sealing assemblies
• Structural materials with increased corrosion resistance

Conclusions

CNS with an isolated chamber demonstrate the optimal solution for wastewater disposal systems that require maximum reliability and ease of maintenance. Thanks to a well-thought-out design and modern technologies, such stations ensure a long service life of the equipment with minimal operating costs.