In recent years, significant investments have been made in the further development of electric pump technology. Emission-free construction is playing an increasingly important role in the civil engineering and industrial sectors, where electrically driven pump sets have become indispensable.
In addition to their quiet operation, these pumps contribute to a significant reduction in CO₂, nitrogen, and particulate matter emissions. Moreover, they are energy-efficient, low-maintenance, and ideal for use in locations with noise and emission restrictions. With the latest generation of electric pump sets, Van Heck combines sustainability with the high capacity and reliability that customers worldwide are accustomed to.
Our electric pumping systems are designed for continuous and efficient use. With a flow rate of 1,000 m³ to 12,700 m³ per hour per pump. Whether set up dry or wet, there is always a suitable electric solution for every water management issue.
The electrically driven pump sets are practically deployable because no dry setup location is required. With spud poles and base plates, they can be placed at the desired height, even on uneven ground. For example, the pump sets can be installed directly in the inflow of a pumping station to temporarily take over its function. This allows you to hire electric pumps for temporary water drainage, water diversion or to supplement existing pumping capacity.
Our electric pump sets can also be deployed flexibly in a dry installation. Thanks to the combination of a vacuum system and non-return valve developed by Van Heck, the pump sets are self-priming.
This results in a reliable electric pumping system suitable for a wide range of applications within temporary drainage, water management and water transfer.
Max. flow rate: 1,900m3 per hour Max. head: 15mwc Power: 65kW
Max. flow rate: 8.900m3 per hour Max. head: 10,5mwc Power: 132kW
Our expertise in water management
The water pumps and other pump sets from Van Heck are versatile. The extensive fleet and many combinations mean that you can choose from a wide variety of flow rates and pressures.
