Energy Technology
Generating energy economically and reliably – with cutting-edge technologies from KSB
In energy technology applications, smooth operation and absolute reliability are essential. This is exactly what KSB’s products deliver. And this has made KSB a leader on the global market.
What counts in energy technology applications: maximum efficiency and reliability
Today’s market demands power plant pumps offering energy-efficient operation and low life cycle costs. They also have to withstand very high temperatures and pressures, as smooth operation and absolute reliability are essential for cost-effective operation of power plants. Another major challenge for today is reconciling increasing demand for energy with the requirements of environmental protection.
KSB’s technically advanced and comprehensive pump programme represent a convincing proposition for power station operators and plant engineering contractors all over the world. Power plant pumps from KSB are ideally suited to supporting optimal energy generation and storage – whether in nuclear or fossil-fuelled power stations, in the production of renewable energies, or in the operation of district heating systems.
KSB power station pumps are used in a wide variety of processes, reliably pumping boiler feed water, condensate or cooling water.
KSB pumps are equipped with optimised hydraulic systems and highly efficient drives that deliver first-class performance at all times while guaranteeing the greatest possible efficiency for your system. Thanks to wear-resistant and corrosion-resistant materials developed in-house, KSB pumps ensure maximum operational reliability.
KSB optimises processes and tests products under real conditions using state-of-the-art simulation programmes and its own testing facilities.
As the world’s leading specialist for engineered business with decades of experience, KSB offers you a complete range of solutions and services from a single source. We are on hand to help throughout the entire life cycle of your system: from commissioning to daily operation and – if required – decommissioning.
