Cooling water pumps with hydraulic impeller blade adjustment for immediate reaction to changing cooling water levels during operation.
Different levels of cooling water for day and night operation or tidal fluctuations, make it necessary to react to changing conditions. During this webinar, we will discuss the requirements that modern day power plants face in controlling their cooling water pumps.
We will then go on to explore the advantages and challenges of two technical solutions, analyzing in depth, the difference between frequency converting and hydraulic impeller blade adjustment mechanisms and then explain which solution is preferable in which situation.
To finish off the webinar, we will present three power plants which are operating cooling water pumps with hydraulically adjustable impeller blades, as real-life case studies and then analyse them in detail.
Register now and join the discussion!
Presented by
Martin Unterkreuter,
Project Engineer and Senior Sales Manager
Degree in Mechanical Engineering from the Technical University of Graz, Austria. 1995 to 2001 Research Engineer for Hydraulic Machines at the international research institute ASTRÖ, Austria. Since 2002, Project Engineer and Senior Sales Manager for customized large pumps at international technology Group ANDRITZ.
Marlene Eder,
Marketing Manager
Degree in Export Oriented Management from the International Management Centre in Austria. Has worked abroad and is fluent in English, Spanish and French. Has been working in Marketing for the international technology Group ANDRITZ for five years. Responsible for marketing throughout the Pumps Division, covering standard and customised pumps and all industries served.
