Can Energy be Harvested from Flowing Water in a Chemistry Lab?

In summary, the person works in a building with a chemistry lab above them where water flows down a clear glass tube through one of their hallways. They are wondering if there is a way to remove energy from the system to do something cool, like making a small pinwheel spin. However, this would require installing something inside the tube and connecting it to something outside. They suggest talking to the lab people first and making sure it is actually water before attempting any changes.
  • #1
skywolf
81
0
i work in a building where there is a chemistry lab above us, so there is water flowing down a clear glass tube through one of our hallways.

i was wondering if there was any way to remove energy from that system to do something cool with, even if its just making a small pinwheel spin

thanks,
sw
 
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  • #2
You probably could, but it would require installing something inside the tube, which would have to be connected to something outside. Try talking to the lab people first.
 
  • #3
It would be a good idea to make sure that it's actually water before you go messing with it. It could be chemical waste heading for a containment bin in the basement. :biggrin:
 

What is the concept of removing energy from a system?

The concept of removing energy from a system refers to the process of reducing the amount of energy present in a physical system. This can be achieved through various methods such as heat transfer, work done by external forces, or chemical reactions.

Why is it important to remove energy from a system?

Removing energy from a system is important because it helps maintain the stability and equilibrium of the system. If too much energy is present, it can cause the system to become chaotic and unstable. By removing excess energy, the system can maintain its desired state.

What are some examples of removing energy from a system?

Examples of removing energy from a system include using a cooling system to remove heat energy from a computer, using brakes to remove kinetic energy from a moving car, and using a refrigerator to remove thermal energy from food.

How does removing energy affect the temperature of a system?

Removing energy from a system typically results in a decrease in temperature. This is because energy is directly related to the temperature of a system - as energy decreases, so does the temperature. However, this may not always be the case as certain chemical reactions can cause a decrease in energy while increasing the temperature.

What happens if energy is not removed from a system?

If energy is not removed from a system, it can lead to an increase in temperature and cause the system to become unstable. This can result in malfunctions or even damage to the system. In some cases, the excess energy can also be released in the form of heat, causing the system to reach a state of equilibrium.

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