A water pump is a critical equipment in a private well system. Most modern design wells use an electric pump for drawing water from a well. Have you ever thought about what will happen when the electricity goes out? How will you get water from your well? You may think that you will get bottled water for drinking water needs, but how will you meet other water needs? Hence, it is very important to make arrangements for such times. Power outages can happen as a result of natural disasters, infrastructural problems, or issues with your home electrical system.
In this article, we will discuss all the ways you can use to pump water from a well without electricity.
How to Pump Water from a Well without Using Electricity
Generator – A generator will come in handy at the time of power outage. All you have to do is turn on the generator and connect your water pump to it. Once the pump is up and running, you will be getting water without any issues. However, it may be difficult to arrange gas in natural disasters or move your generator to the well site. You may need to set up power cords, which can be a hassle. Don’t worry; other options are also available for running a water pump without electricity.
Manual Pump – It is also known as a hand pump. A hand pump has been used for centuries to draw water from wells. A lot of people around the world use an underground pump to obtain water from wells. The working capacity of a manual pump depends on the make and model. You can obtain around 5-15 gallons in one minute. The volume of water drawn using a manual pump also depends on the static water level in the well. To use a hand pump, some pre-planning is required while constructing the well and selecting the well pump. Look for an electric pump that supports a manual pump connection. Some models can work alongside an electric pump. We suggest you consider all these factors while buying a hand pump. Please keep in mind that hand pumps are suitable for well with a depth of 20-200 feet.
The Bucket System – Before the hand pumps, buckets were used to get water from the well. Initially, a rope and a bucket were used to get water from the well. Then Archimedes invented a pulley system and made our life easy. In modern days, the bucket has been replaced with a sleeve because of the narrow diameter of the wells. The water sleeves come with a foot valve at the bottom. When the sleeve enters the well, it is filled with water. As you pull the sleeve upwards, water is retained because the valve is closed.
To successfully use this method, you need to know the depth of the well or at least the static water level in the well. This measurement will help you attach a perfect-sized cord with the bucket. Make sure you sue a steel sleeve (steel sleeves are heavier; plastic sleeves will float on the water) and tie the upper end of the rope with a heavy stone or well cap. It will prevent losing it. You can also use long sleeves to get more water in one go. A 2 feet long sleeve is perfect, as it will not catch sediment from the bottom of the well. Some design alterations or pre-built planning is also needed to make the bucket system work effectively.
Solar Pump – When it comes to off-grid living, solar energy is the way to go. The only limitation while using solar-powered equipment is the uncertainty about sunlight. Unless you have a battery backup with solar equipment, solar appliances are dependent on sunlight.
You can install a solar-powered water pump to draw water from the well. A solar pump can get water from wells with a depth of 300-800 feet without any issues and can pump 1200-1500 gallons of water depending upon the water availability and pump strength. More people now prefer to install a solar-powered water pump because of its zero running cost and effectiveness. Solar pumps can work for 10-20 years without any issues.
Wind-Powered Pump – For areas where the wind is abundant, a wind-powered water pump can be used to get water from a well without electricity. Wind pumps are also weather dependent and require powerful winds to function. If you install a backup battery with a wind pump, it can reduce weather dependency up to some extent.
Diesel Pumps – Some pumps come with a small diesel engine to function at times of crisis. You have to fill in the diesel and start the pump. It will function as a normal pump and start delivering water to your home. Diesel pumps are mostly used for large-scale needs such as industries, agricultural lands, and commercial buildings.
Final Words – What’s the Best Way?