From Kiel into the world
EDUR is characterized by more performance. More competence in
centrifugal pumps: Self priming centrifugal pumps, transport of
liquid-gas mixtures. More energy
efficiency: EDUR pumps meet the targets of the Blue Competence
initiative by the German Engineering Association VDMA. More customer
service: Award for medium-sized businesses "Großer Preis des
Mittelstandes" 2007. More product innovation: Process Innovation Award
2009.
EDUR has the experience, the design engineers, the manufacturing know-how and the worldwide service to provide all this added performance. As an owner-operated company we are more flexible with regard to special requirements and we can provide more direct advice. Our range includes various centrifugal pump types in staged sizes and material versions. As a manufacturer of special pumps we supply pump solutions which are adapted exactly to the application at hand - EDUR application customization. For contaminated, clean and problematic liquids and liquid-gas mixtures. German engineering and fabrication – each pump is individually performance tested and receives an inspection record. All this for a more reliable investment. |
Advantages of EDUR pumps:
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Product overview. - This page provides an overview of the different series
in our product range. Of course our application engineers and project
engineers are available to provide additional information.
Industry-Bloc | max.350 m3/h, 55 m, 10 bar NUB |
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Inline-Bloc | max.220 m3/h, 55 m, 10 bar LUB |
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Stainless-Bloc | max.240 m3/h, 95 m, 10 bar CB BC |
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Torque-Flow-Bloc | max.400 m3/h, 55 m, 10 bar FUB CBF |
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Multistage | max.600 m3/h, 600 m, 64 bar LBU VBU NHP Z |
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Self priming | max.300 m3/h, 160 m, 16 bar E SUB S |
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Multiphase | max.150 m3/h, 250 m, 40 bar PBU EB LBU NH Z |
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Liquid-Ring Vacuum | max.600 m3/h, 33 mbar GS ZB |
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Liquid Gas | max.340 m3/h, 400 m, 40 bar NHE LBE |
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Immersed | max.350 m3/h, 50 m, 10 bar CTOL |
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Seals, materials |
Cooling and refrigeration |
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The right cold-stable equipment for low temperatures
Transporting cold liquids in cooling and refrigeration systems
places high requirements on the pump used. For reliable, constantly
high pump performance the pump has to be designed accordingly,
dimensioned specifically for the application and fitted with special
equipment for the low temperatures.
Typical examples for the application are central refrigeration
systems in the food industry, cooling of industrial processes and air
conditioning systems. Other fields of application are cooling of
emergency power generators, simplified execution of civil engineering
and mining projects using ground freezing and operation of winter sports
facilities. |
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Energy |
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Energy applications – economical energy consumption
Different temperatures, varying media – and always the demand for
reliability, long service life and efficiency. EDUR additionally
offer the principle of application-specific pump design.
EDUR pumps are used for a variety of tasks in the energy industry: For
pumping hot water, in boiler systems, for the recovery of condensates
(water), for the delivery of liquid gas and water-glycol mixtures in
solar technology, for condensing the steam in steam turbines and
engines, for heating pipelines and in processing stations for natural
gas extraction. |
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Industrial engineering |
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Reliable and highly efficient delivery of any form of water
Reliably delivering liquids in different states for various tasks
with high efficiency – technical, economical and energy saving. EDUR
have held a leading position in this field over decades.
Clean or contaminated fluids or fluids containing particles are
the media most commonly transported by modern torque-flow pumps in the
industry. Examples are cooling water, fire extinguishing water, sea
water, condensate, hot water, brine, cleaning agents, waste water,
brackish water, to name only a few. Common applications for EDUR pumps are parts cleaning, water supply and disposal, surface cleaning, cooling and heating technology, machine tool supply, filtration and painting. For other applications and industries see below* These examples are among the applications with which EDUR have gained profound experiences since the foundation of the company. Today our customers can choose from a large range of different models of torque-flow pumps which are optimised for fluid dynamics but always very sturdy. In addition to the basic features of long service life and reliability, EDUR pumps have also become synonymous with a high degree of energy efficiency. There are two main reasons for this. On the one hand, we use highly energy efficient motors. On the other hand, EDUR pumps use only as much power as absolutely required. For each EDUR pump is specifically adapted to the requirements of its future transport application.
If you have any questions about your industrial pump application please contact one of our application consultants. *Automotive, brewery technology, chemical plants, extrusion technology, filter plants, beverage industry, tempering plants, industrial cooling, boiler systems, food industry, metal cleaning, new energies, paper industry, reservoir systems, environmental technology, process engineering, sugar industry |
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Process engineering |
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The correct way to even greater energy savings
Modern process engineering in different industries provides a
variety of applications for EDUR pump systems. In all cases it
becomes evident that the issue of energy efficiency and the required
optimum design of the pump system deserve great attention.
In addition to classic features such as efficiency, service life,
materials and sealing systems adapted to medium and pressure, the
application industry is showing increased interest in the energy
efficiency of modern pump systems. And this is justified considering
that the purchase price of a pump makes up only about 10% of the overall
costs caused by the pump during its lifetime. The cost share for energy
within the variable cost component is substantial. |
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Water and wastewater treatment |
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Efficiently transporting polluted water
EDUR pumps have been used preferentially in municipal and industrial
water supply and water treatment for decades. Traditionally the
reasons are the sturdiness and the long service life of our pumps
and the special capability of some models for transporting
liquid-gas mixtures.
Now EDUR pumps also stand for the ability to supply pump solutions
which are individually adapted to the intended transport application.
The result is convincing energy efficiency. For in line with this
customizing concept, each EDUR pump only uses as much energy as
absolutely required for its transport application. Naturally the highly
efficient motors also contribute to the overall energy efficiency. |
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Oil and gas |
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A variety of delivery solutions for oil and gas
Medium-specific solutions, equipped with oil and gas tested
materials and components, dimensioned for each application. Our
engineers have the task of finding an energy-efficient, safe and
powerful EDUR solution for this.
On the one hand, EDUR pumps are used in wastewater treatment plants
in oil extraction, oil sand extraction and in the downstream of the
fracking process. On the other hand, suitable EDUR pump series with
materials suitable for each application are available for
transporting the actual refinery products such as petrol, kerosene,
diesel fuel, fuel oil and liquid gases. For the transport of LPG, for
example, the suitable EDUR pumps are designed to be resistant to gas
inclusions in the transported medium and to have low NPSH values. |
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Ship technology |
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Reliability is what counts in the open sea
In shipbuilding, high standards of reliability as well as
increasingly the energy efficiency of the systems are important
prerequisites for the economical-technical overall evaluation in the
technical procurement process.
Ships as self-sufficient systems are particularly dependent on the
reliable functioning of all installed components, including the pumps.
They fulfil many tasks on board which are vital for the operation of the
vessel: Delivery of ballast water and wastewater, boiler supply,
condensate recovery, drive engine cooling and of course the reliable
supply of fire fighting systems.
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