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Month: June 2024
Watertightness
Why Waterproofing is Crucial for Pump Station Shaft Systems
As experts in water and wastewater technology, we understand the importance of waterproof shaft systems for pump stations. Here are the main reasons:
1. Environmental Protection: Leakage of wastewater leads to environmental damage.
2. Efficiency: Infiltration of external water unnecessarily burdens treatment plants and sewer networks.
3. Energy Consumption: Higher energy consumption due to the unnecessary pumping of external water.
4. Maintenance Costs: Increased wear and tear on pumps due to sand and soil.
5. Durability: Damage to the shaft system due to leaks.
In our product range, we offer pump stations with shaft systems made of concrete and PE-HD.
The PE-HD systems in particular, provide the highest security and efficiency. Here are the key advantages:
- Seamless and factory-made in one piece: No weak points, no leaks.
- Perfectly waterproof material: PE-HD is unparalleled in its impermeability.
- Double-walled shaft construction: Additional security and stability.
- Leakage monitoring: Optional for maximum operational safety.
A waterproof shaft system is better for the environment and ensures a continuously safe operation. Our DORANT and HEKANT pump stations with PE-HD shaft systems are the ideal solution for long-term security and efficiency.
One Unit
Efficiency and Reliability
Our innovative DORANT and HEKANT pumping stations
In water and wastewater technology, reliable, waterproof systems are essential. Our DORANT and HEKANT pump stations offer exactly that through a unique, seamless shaft system.
Our Shaft System:
Construction: Securely welded ceiling and floor plates made of HDPE with a steel-reinforced concrete core, and a cylindrical shaft made of double-walled HDPE spiral pipe.
Advantages: Seamless and stable structure that prevents settling and leaks.
Comparison to Traditional Construction:
Construction: Securely welded ceiling and floor plates made of HDPE with a steel-reinforced concrete core, and a cylindrical shaft made of double-walled HDPE spiral pipe.
Advantages: Seamless and stable structure that prevents settling and leaks.
Comparison to Traditional Construction:
Safety: No weak points for water ingress.
Traditional Methods: HDPE base shafts
Reliability: Long-term security and reduced maintenance.
Conclusion: A seamless integrated system is the safest solution for an absolutely waterproof system.
Discover the efficiency and reliability of our DORANT and HEKANT pump stations.
Jointless shaft systems
Advantages of our jointless shaft system made of PE-HD and reinforced concrete
Our DORANT and HEKANT pumping stations offer considerable technical advantages thanks to their innovative shaft system made of PE-HD and reinforced concrete. The shaft system consists of three parts: Ceiling and base plate made of PE-HD with a reinforced concrete core and a double-walled PE-HD spiral pipe as a spiral shaft. These parts are firmly welded together, creating a seamless and extremely stable overall system.
The greatest advantage of this system is its absolute watertightness. Joints are often a weak point in traditional shaft systems and can lead to water leakage. Our permanently welded, jointless system, on the other hand, offers particular safety and reliability.
Comparison with other systems:
- PE-HD shafts in classic construction: A concrete cover is usually used here, which is supposed to be protected by a sealing ring, but this often does not work well. - Shaft systems in concrete construction: With greater installation depths, these systems often have several joints as they are completed on site. This significantly increases the risk of leaks.
Shaft systems in concrete construction: With greater installation depths, these systems often have several joints as they are completed on site. This significantly increases the risk of leaks.
The greatest advantage of this system is its absolute watertightness. Joints are often a weak point in traditional shaft systems and can lead to water leakage. Our permanently welded, jointless system, on the other hand, offers particular safety and reliability.
Leakage monitoring
Leakage Monitoring
Ensuring Total Watertightness: Advanced Leakage Monitoring in DORANT and HEKANT Pump Stations
Our pump stations, DORANT and HEKANT, set new standards in leakage monitoring, ensuring complete watertightness. The innovative shaft system is made from a double-walled PE-HD spiral pipe, with the tank bottom also double-layered. A sensor in the space between the inner and outer walls continuously monitors conditions and immediately detects any leakage.
Operator Safety:
Our double-walled PE-HD spiral pipes provide the ideal basis for effective leakage monitoring. This guarantees a 100% watertight shaft system for the operator, ensuring the highest safety and reliability in operation.
Three-Stage Watertightness:
1. Wall Construction: Watertight PE-HD
2. Double-Walled System: Added security with double-layered shaft construction
3. Leakage Monitoring: Continuous monitoring for guaranteed watertightnessApplications and Benefits:
- Protection of drinking water in water protection areas
- Prevention of pollution from harmful substancesOur technology represents environmental protection and reliable engineering that meets the highest standards.
Double-Walled Construction
Double-Walled Construction: Unmatched Watertight Security
Our Pump Stations DORANT and HEKANT exemplify the advanced engineering of double-walled construction. This innovative design incorporates a shaft system made from double-walled PE-HD spiral pipe, featuring a top and bottom plate also crafted from PE-HD with a steel-reinforced concrete core.
Why Double-Walled Construction?
The dual-wall structure offers unparalleled security for watertightness. Unlike traditional concrete shaft systems that rely on a single wall, our PE-HD shaft system ensures double the protection, effectively preventing leaks and contamination.Key Advantages:
- Increased safety: Double walls offer superior protection in
Drinking water protection areas.
- Environmental protection: Particularly important in environments where water contains harmful
substances.In essence, two walls are significantly safer than one, offering a robust solution for various applications demanding high levels of watertight integrity.
