How to Move Water Uphill | Learn the 3 Methods To Move Water Uphill

Water is one of the most-consumed natural resources. Although we have invested and developed different systems, we have not been able to make water artificially. For the same reason, we need to conserve and store the resource as it is. However, it sometimes becomes challenging to want a water supply at a higher level from the ground where you do not have it otherwise. For that purpose, you need to know about the techniques of moving water uphill. Yes, past are the days when people would say, “it is impossible to move water uphill.” So, if you are finding an answer to the question, how to move water uphill?

You have come to the right place to guide you for this task because it seems complicated until you know the options you may avail. So keep reading, and we will explain different methods to move water from a lower level to a higher level.

How to Move Water Uphill

Method 1: How to Siphon Water in an Upward Direction

Water may be carried uphill via a siphon without the need of “pumps.” A hose filled with water with one end attached to the area underneath the source and another to the “water supply” makes up the full water distribution system. To have a better understanding, let’s take a closer look at the Siphon’s scientific and historical elements.

Historical Facts of Siphon

According to the study conducted in 2014, Siphons have been in use since ancient times. The Egyptians used to have siphons for irrigation. Not just this, but they also made fair use of siphons for winemaking. 

The Scientific Background

You may “transfer” water from the hose using compressed air and gravitation; the hose itself even attempts to push water upward. A different research, nevertheless, was carried out in 2011 and published in the Journal of Pharmaceutical Training. It discovers that siphons could function in a vacuum. They came to the conclusion that it’s possible that the process has nothing to do with environmental “pressures.” Another research published in 2015 confirmed the result and hypothesized that the Siphon method may be affected by gravity and molecular cohesion.

The Mechanism:

• Set a box of empty space at the lower “surface” and a container of water on the top level.

• Insert one end of the hose into “containers with water.”

• Slurping water into the “hose” to fill it up until it is submerged fully.

• By having one end of the hose submerged and the other closed, air must not penetrate the hose.

• Now insert one end of the hose into the empty bottle.

• Water will start to move out of the “containers with water” and forcefully into the jar.

Method 2: Pumped Hydro

You must be familiar with the principles of pumping hydro to move water upward. If you want to learn how to transport water uphill, this is one of your greatest opportunities to do it. Hydropower is one of the finest methods for storing energy, accounting for 99 percent of total, and is used by people all over the globe. They estimate that water moving in both directions using pumped hydro is 90% effective.

The facts:

  • In case of an excess of electricity, you need to transfer water from low level to high level, which is possible only through a tunnel or a pipe. 
  • At a later stage, the water flow is directed back in the downward direction to produce electricity again. 
  • Talking about the off-river system, the same water keeps circulating in the loop across the lower and upper reservoirs as there is no other water supply.
  • However, the amount of water in this case largely depends on the elevation between the two reservoirs and the amount of water you have in the upper-level pool. 
  • You can have instant “energy” output through the electricity storage within a few hours. 
  • The energy storage methods help you avoid situations like:
  • Fluctuations in wind
  • Consumer demand patterns
  • The unplanned outage of transmission etc
  • Solar outputs
  • Of all the other options for storing electricity, pumped hydro is the cheapest and the safest. Yes, you will pay an extra 25 percent, if you use the pumped hydro method to make water climbing upward.

The option of Off-River:

There are some areas where you do not have much of the rivers. Like in Australia, you may go for a short-term water reservoir but only off-river. But fret not! This is a viable solution too. You may enjoy the following benefits:

  • The potential sites are more in number than the on-river options as there are long distances between them.
  • You may select any site without disturbing the natural environment and other regulations by the government. 
  • It is easy to build a reservoir at a hill-top instead of a valley creating an “angle of water.” You will also have the maximum elevation, which is required for the mechanism to work. 
  • You do not need to build a contingency set up to avoid unforeseen events like floods, which is a considerable saving. 

Method 3: Ram Water Pumps

Wastewater in water

Well, we need to preserve every “drop of water,” especially now when our planet is losing every “pocket of water.” So, here we are, with another method by which we can have our full “container of water.” Yes, by Ram Water pumps, you can save every “scoop of water.” Let us walk you through how to move water uphill with the help of this method. 

The mechanism:

  • The rule is to pump a small amount of water using momentum and a low amount of water. 
  • To have one of these “water treatment plants,” you need to have a water source installed just over the pump. There is a valve in the pump which allows the flow of water through the pipe and eventually builds the required speed. 
  • The valve automatically shuts when water attains a specific maximum speed.
  • As the valve shuts, it creates a sort of pressure inside the pump due to inertia, and as a result, the water flows. 
  • This pressure opens the second valve.
  • When water flows with high pressure, the pump’s pressure reduces, which re-opens the first valve. 
  • As a result, the water flows with momentum, closing the second valve. 
  • The entire cycle continues. 

Advantages of Ram Pump

When we have so many answers to how to move water uphill, you must be thinking about the Ram pump’s advantages. Yes, here you go with the specific benefits you can have with your very own ram pump: 

  • You do not need to have a separate source of power for your Ram pump to work. Instead, it works on its own using the force of the flowing water.
  • It is simple to use. Yes, there is no rocket science involved. All you need to have are the two essential components that are at play to pump.
  • You can have already filtered water by default. It means that you do not have to worry about getting rid of the “wastewater in the water.”
  • As the Ram pump generates its energy, it can work when you are having an electricity outage. Yes, these are the main advantages of the ram pump. 

How to Move Water Uphill: FAQ Section

How do you move water uphill without a pump?

If you do not want to use a pump to move water uphill, do not fret! You have an option here. Yes, the Siphoning method is one of the most widely used techniques. It has an ancient history that dates back to Egyptians who used Siphon for irrigation and winemaking procedures. 

Can you make water flow uphill?

Yes, you can make water flow uphill. Various means have been developed over the years. Some of the most common methods include:

  • Siphon
  • Pumped Hydro
  • Ram Pump

Each of these methods employs different principles of Science and have their respective advantages and disadvantages. 

How do you increase water pressure uphill?

You can improve the water pressure moving uphill by using the various pressure booster systems available on the market. As for commercial use, the latest example is that of the Tono Dam in Ghana that provides irrigation water to around 60 percent of the original target area, but it is still deliberated one of the best projects in the continent.


Well, now when you know how to move water uphill, you can choose the best option for yourself. You may also have technical advice for your specific case. But generally speaking, the techniques mentioned earlier work well when it comes to moving water uphill with minimum infrastructure. In case you need additional support, like tools to increase water pressure, you can buy a water booster and other devices from various online stores and physical stores nearby.

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