1.1. Introduction.

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2.1. Introduction to Water Disinfection.

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3.1. Wastewater Introduction.

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3.3. Backflow Prevention.

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4.2. The Grundfos MULTILIFT.

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13.1. Basic Hydraulics.


 

14.2. Dedicated motor protection device.


 

15.2. Learning to calculate how much head the  pump must generate.

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17.2. Pump sizing in groundwater applications.

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17.4. Performance regulation in Groundwater applications.

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18.1. Wastewater types and the right choice of pump. 

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18.3. A closer look at the pit components  and installation process.

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19.2. Monitoring and control of pumping stations.

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20.1. An introduction to the process of mixing in wastewater treatment.

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20.3. Case story : How a redesign improved mixing condition.

21.2. Optimise efficiency with District Metering Areas.

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21.4. Demand Driven Distribution.

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22.2. Features and benefits of selected  Grundfos pumps in solar water pumping systems.

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23.1. Understanding solar panels in solar water pumping systems.

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24.1. How to perform drinking water treatment in off-grid communities.

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26.1. Protecting three-phase submersible motors.

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26.3. How to optimise cable sizing in submersible pumps.

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28.2. The five steps of commissioning.

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31.1. How to energy-optimise a desalination system.

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31.3. How to optimise your water supply system by monitoring.

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32.2. The process steps in Water Treatment.

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34.2. How to identify your requirements for water reuse from an understanding of the water matrix and different types of industrial processes.

34.4. The benefits of an intelligent solution using reverse osmosis for brackish water.

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36.1. About pumps and the tow main pump types.

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37.2. Features and benefits of the SQ / SQE pump.

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37.4. Case story : How a Grundfos SQ pump proved to be a perfect replacement pump.
 

37.6. SQ / SQE Protection Features : Soft Start.

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49.1. Introducing the Grundfos Submersible range.

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68.1. Grundfos role in industry.

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68.3. Application area - Temperature control. 

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68.5. Application area - Industrial Processes. 

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69.2. Delivering the right pressure and flow at all times. 

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69.4. Available control functions for a distributed pumping system.

72.2. How to select the right pump

for boosting mains water.

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72.4. How to select the right pump for boosting water from a water storage tank.

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72.6. How to select the right transfer pump.

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73.2. Industrial wastewater as we know it.

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75.1. Understanding friction loss and cavitation.

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75.3. Other installation basics.

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76.2. How to read a  pump curve ?

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77.2. Which pump should you use.

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78.1. Quick pump sizing by application.

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78.3. Quick pump sizing by pump family.

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78.5. Smart and easy way to size renewables.

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80.2. Find information documentation fast.

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80.4. Get a pump curve quickly.

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80.6. Find a replacement pump fast.

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80.8. Find the right pump for your liquids.

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81.2. Calculate energy consumption quickly and precisely.

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82.1. An easy way to share products.

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82.3. Save your print settings and save time.

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82.5. Grundfos Product Center on the go.

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83.2. A detailed look at the SPE motor.

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87.2. Why is water essential for life ?

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87.4. How water drives our climate.

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87.6. Finding water for our food.

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1.2. Control modes for maximum savings.

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2.2. Water Disinfection Methods.

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3.2. System Design.

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4.1. Lifting wastewater from basements.

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4.3. Drainage.

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14.1. Electric motors.

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15.1. Calculating pump flow.


 

17.1. Introduction to groundwater pumping.

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17.3. How to ensure continuous high efficiency  in water intake applications.

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17.5. How to extend pump life.

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18.2. Dimensioning of wastewater pits.

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19.1. Why prefabricated pumping stations are the right choice.

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19.3. Refurbishing worn-out concrete pumping stations.

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20.2. Understanding the importance of mixers in wastewater treatment.

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21.1. Pressure-managing with a water tower.

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21.3. Optimising network pressure management.

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22.1. An introduction to solar water pumping systems.

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22.3. How to size and select a solar water pumping system.

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23.2. A complete overview of solar accessories.

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24.2. How to provide sustainable water through automated water kiosks in off-grid communities.

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26.2. The advantages of frequency drive operation in submersible pumps.

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28.1. Introduction to desalination systems.

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28.3. How to energy-optimise a desalination system.

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31.2. The benefits of selecting the right pump for the job.

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32.1. Basic introduction to Water Treatment.

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34.1. An introduction to Industrial Water Reuse and ​

the reasons for its implementation in industrial processes.

34.3. The benefits of an intelligent solution using ultrafiltration for particle removal from industrial wastewater.

34.5. Water treatment in cooling towers.

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37.1. Introduction to submersible pumps for domestic applications.

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37.3. Pump sizing and installation in domestic groundwater applications.

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37.5. SQ / SQE Protection Features :

Dry-Running protection.

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37.7. SQ / SQE Protection Features :

Voltage Protection.

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57.1. Pumping requirements for drainage water, greywater, rainwater and blackwater.

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68.2. Grundfos iSOLUTIONS - From products to solutions.

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68.4. Application area - Water treatment. 

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69.1. Introduction to Grundfos Distributed Pumping. 

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69.3. Improved performance with high system reliability and comfort. 

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72.1. An introduction to domestic water pressure boosting.

72.3. How to select the right pump for boosting water from a shallow well.

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72.5. How to select the right pump for boosting water from a roof tank.

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73.1. Why reuse water in industry.

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73.3. Water reuse - from components to systems.

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75.2. An introduction to basic hydraulic fundamentals.

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76.1. What is a pump curve ?

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77.1. An introduction to pump types.

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77.3. Important considerations when selecting and sizing a pump.

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78.2. Quick pump sizing by design.

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78.4. Controlling evaluation criteria when pump sizing.

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80.1. Get product information in a smart way fast.

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80.3. Find CAD drawings fast.

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80.5. Find BIM assets fast.

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80.7. Find the right spare parts fast.

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81.1. Find the best energy efficient pump fast.

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81.3. Compare energy efficient solutions with LCC.

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82.2. Save your sizing parameters and save time.

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82.4. Save products and save time.

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83.1. An introduction to the SPE submersible pump.

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87.1. Why is water so fascinating ?

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87.3. How we impact the water cycle.

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87.5. How do we move water ?

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