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More energy efficiency by OSNA-pumps

More energy efficiency by OSNA-pumps

More energy efficiency by OSNA-pumps

Product catalog summary
Introduction
Pumps are significant energy consumers in industrial processes, with pump applications in Germany consuming approximately 65 TWh of electricity annually, which is 11% of the gross electricity output. Electric motors account for 64% of total electricity consumption, with 30% used by pumps. Optimizing pump systems in Germany could save 15,000 million kWh per year, equivalent to 10 million tonnes of CO2 or potential savings of 1,200 million Euros.

Energy Efficiency Potential
Energy savings in pumps and pump systems could reach 30% or more. To achieve these savings, a detailed examination of pumps, motors, and entire pump systems is necessary. Efficient pumping requires optimizing the entire system, including the motor, transmission, pump, pipes, and auxiliary equipment.

OSNA's 5 Steps to Effective Energy Saving
  • Optimized Design: Impellers and pump casings are designed for high hydraulic efficiency, with options for wear rings made of metallic or plastic materials to reduce efficiency loss.
  • Appropriate Pump Selection: Use of a computerized pump selection program to ensure the pump is suitably sized for the application.
  • Machining Impeller Vane Diameters: Tailoring vane diameters to customer specifications can save up to 10% in energy.
  • Premium Efficiency Motors: Offering pumps with IE 3 premium efficiency motors for additional energy savings over the standard IE 2 motors.
  • Variable Frequency Drive Motors: For applications with changing duty points, these motors can save up to 60% in energy.

Conclusion
OSNA pumps offer significant energy-saving potential, making them an efficient choice for industrial processes. For more information, contact OSNA-Pumpen GmbH.
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Catalog excerpts

More energy efficiency by OSNA-pumps-1

More energy efficiency by OSNA-pumps Did you know that . . . ■ pump applications in Germany consume approx. 65 TWh electricity per year (equal to 11 % of gross electricity output). ■ electric motors account for 64 % of the total electric consumption, and 30 % thereof are consumed by pumps (Fraunhof Institute). ■ optimizing all pump systems installed in Germany would add up to potential energy savings of 15.000 million KWh per year (applicable equivalents would be 10 million tonnes CO2 or potential savings of EURO 1200 million at 8 Eurocent per kWH) ■ possible energy savings in pumps and pump systems could reach 30 % (or even significantly more some cases). Pumps belong to the most significant energy consumers in industrial processes. In order to deduce their true potential savings, detailed examinations focused on energetic aspects must be undertaken on pumps and motors as well as on the entire pump system. If you want to pump efficiently and energy-saving, you must optimize the entire system – motor, transmission, pump, pipes and auxiliary equipment. What are you waiting for? Get going! Do not waste your energy – use OSNA pumps immediately.

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More energy efficiency by OSNA-pumps-2

Saving money is an easy task! We will help you fulfil it! Our 5 steps to effective energy saving Optimally designed impellers and pump casings, smooth casting surfaces (partially due to investment casting) ensure high hydraulic efficiency of our pumps. We can equip the pumps optionally with wear rings made of metallic (Ni-Resist) or plastic (PEEK-polymers) material to reduce the efficiency loss which usually occurs in pumps made of cast stainless steel. Optimal selection of an appropriate pump, suitably sized for the individual application, using a stateof-the-art, computerized pump selection...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.