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Poorly designed pumps use 10% of world energy

Community Manager Community Manager
Community Manager

Let’s play a game. 

 

Count up all the pumps in your life: the pumps that operate your home HVAC system; oil pumps, water pumps, fuel pumps and aircon pumps in your car; the pump inside your expensive frothy coffee machine; the pump that provides pressure to your electric shower. 

 

PUMPS.jpgIt should be immediately obvious that each of us depends on multiple pumps in our everyday life, and for that to be the case, that there are many more pumps than people in the world (without including all of the thousands of industrial pumps used in power generation, waste disposal, and manufacturing).

 

By some estimates, pumps account for over 10% of world energy consumption. [1],[2],[3].That’s more than 2 TW-year of energy, just for pumps, more than the total of renewable power generation in the whole world.

 

The vast majority of those pumps are poorly designed and inefficient. Traditionally, pumps have been treated as “off the shelf” items that are chosen to match the specific operating conditions under which a device is expected to perform. They rarely undergo detailed design analysis, as an isolated component or as part of a finely tuned system.

 

This causes all sorts of problems; firstly systems rarely operate under the single design condition under which the pump was specced. Secondly, the usage of equipment often evolves during its operational lifetime, such that it will be expected to perform significantly outside of design conditions. 

 

At a time when the whole planet is headed towards climate change catastrophe, and world governments flail around helplessly trying to reduce energy consumption, even a small increases in pump efficiency will have considerable consequences in terms of the energy performance of individual products, and the industry as a whole.

 

Mechanical Solutions Inc. (MSI), headquartered in Whippany, New Jersey, specializes in fluid machinery design, fluid dynamic analysis and mechanical design and analysis. MSI focuses on the analysis, testing and troubleshooting of all kinds of rotating, reciprocating and turbomachinery, using sophisticated analysis and testing tools.  Find out how MSI managed to revolutionize their pump design process using Simcenter STAR-CCM+ CFD simulations, by downloading this white paper.

 

Find out more about using Computational Fluid Dynamics to design more energy efficient and robust pumps, by watching this on-demand webinar recording.

 

1280-720-Pump-simulation_tcm27-58336.jpg

 

 

Comments
Enthusiast

So true!

 

This is a great example of how Simcenter STAR-CCM+ can be used to achieve better pump desing and this, in turn, can reduce energy consumption. But we should not forget that pumps are always part of a larger fluid system so that pump design should be optimized together with the entire fluid system. This on-demand webinar recording shows how it is possible to massively reduce the energy consumption of a cooling system by using Simcenter Flomaster and HEEDS. While the baseline cooling system required a pump power of about 8 kW, the optimized system requires a pump power of only 1.8 kW. 

 

To me these are clear examples of how simulation can help all of us in our everyday lives.