Design and Installation:

Sewage Lifting Stations: These systems collect sewage from various areas and lift it to a higher level to ensure it flows to central treatment facilities. They typically include pumps, tanks, and control systems for managing the flow and quality of sewage.

Types of Sewage Pumps according to Cypriot Regulations:

Submersible Pumps: Capable of operating fully submerged, ideal for areas with high water levels, complying with European Standard EN 12056.

Piston Pumps: Used for transporting viscous sewage, in accordance with Cypriot Quality Regulation No. 104/2012.

Centrifugal Pumps: Used for transporting liquids with low to medium density, following the Cypriot Regulation No. 104/2012.

Stormwater Lifting Stations: Designed for managing waste and stormwater, especially in areas prone to flooding. These systems include pumps and filters for collecting and lifting stormwater for safe discharge or processing.

Types of Stormwater Pumps according to Cypriot Regulations:

Centrifugal Pumps: Capable of handling large volumes of water and debris, complying with European Standard EN 12056.

Open Channel Pumps: Used for handling large flows of water and suspended solids, according to Cypriot Quality Regulation No. 104/2012.

Submersible Pumps with Grinder: Suitable for areas with debris and solids, in accordance with Cypriot Quality Regulation No. 104/2012.

Pumping System: The core of the lifting station, consisting of high-performance pumps for lifting and transporting sewage and stormwater. Pumps are designed to handle high flows and operate efficiently under pressure.

Collection Tanks: Tanks that collect sewage or stormwater before lifting. These tanks are designed to withstand large volumes and have a durable construction.

Control System: Equipped with sensors and automation for monitoring sewage or stormwater levels, controlling the pumps, and sending alerts in case of malfunctions or overloads.

Drainage and Alarm System: Includes drainage valves and alarm systems to prevent flooding or overflow.

Maintenance and Repairs:

Regular Inspections: Assessing the functionality of the lifting system, including checks on pumps, tanks, and control systems to ensure smooth operation.

Repairs and Maintenance: Addressing faults, replacing worn components, and performing preventive maintenance to avoid disruptions in system operation.

Benefits:

Effective Management of Sewage and Stormwater: Ensures smooth flow of sewage or stormwater to treatment or disposal facilities, reducing the risk of blockages and flooding.

Reduced Maintenance Costs: Proper design and maintenance reduce the need for frequent repairs and operational disruptions.

Increased Reliability: Ensures that sewage and stormwater are transported safely and efficiently, even in challenging topographical conditions.

International Standards and Regulations:

Our lifting systems are designed and installed in accordance with the following international standards and regulations:

ISO 9001: Quality management standard ensuring high quality of our installations and services.

EN 12056: European standard for drainage systems, including lifting stations.

ASTM Standards: Standards from ASTM International for the functionality and maintenance of lifting systems.

NFPA (National Fire Protection Association): Guidelines for the safe operation of machinery used in lifting stations.

ISO 14001: Standard for environmental performance management, ensuring compliance with environmental regulatory requirements.

By using advanced technologies and adhering to strict international standards, we ensure the efficient and reliable operation of lifting systems. Contact us for more information on the installation and maintenance of lifting systems for sewage and stormwater.