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How Submersible Pumps Improve Water Management in Agriculture

How Submersible Pumps Improve Water Management in Agriculture

Agriculture is the backbone of many countries since they are completely dependent on it. Submersible water pumps have become an indispensable partner in resource allocation and irrigation in modern farms. They are available in a wide variety of sizes and form factors. This makes them usable and accessible to most people and for most performances.

Submersible pumps act as a bridge between the source of water and the crops that require water for their growth. Pumps ensure that water is transported and the crops remain hydrated and grow properly. Water is pumped using sprinklers, flood irrigation, micro irrigation methods, and others.
Submersible water pumps are highly versatile and can pump water from a wide array of water sources like reservoirs, open wells, borewells, etc. These pumps can pump water from almost any source that can keep them submerged. They can operate at depths of 60 feet to 1500 feet.

Agricultural submersible pumps are designed to transfer water from virtually any source and depth. There are high-pressure mechanisms installed in the pump to move water efficiently, seamlessly, and conveniently.

Submersible agricultural pumps are the heart of a country’s agricultural landscape and prosperity. They are reliable and highly adaptable, which ensures that farmers across the globe can use them to maximize yields, conserve water, and contribute to the food security of a nation. They are the real unsung heroes in the field of agriculture.

Here are some ways in which pumps help with water management in agriculture:

1.Highly efficient:

Submersible pumps are highly efficient for water management in the field of agriculture. They are capable of converting energy efficiently to churn large amounts of water. These pumps require less energy to transport water from one place to another, which saves money for the farmers. A significant reduction in energy consumption has other environmental benefits as well. There is a smaller carbon footprint because of their efficiency.

Since submersible pumps can save farmers a lot of money, they can allocate their financial resources to other essential areas such as seeds, harvesting, and transportation.

2.Better irrigation:

Submersible water pumps have become the backbone of modern agriculture. They can transport water directly from a wide array of sources, including wells, rivers, reservoirs, etc., and deliver it to the fields directly. This form of transportation enables the farmer to ensure that water reaches its intended spot. This improves the irrigation process.
These pumps are particularly beneficial for arid agricultural zones where rainfall is uncertain and irregular. Submersible pumps conserve water and maximize crop production by pumping it to exactly where it is needed.

3.Better water extraction:

Submersible pumps are capable of extracting water from extreme depths. These pumps operate submerged under the water and can reach significantly deeper depths than surface water pumps.

This makes them extremely useful in areas where groundwater level is extremely low but is the only source of water. Submersible pumps become essential for crop production in such cases. Farmers can make use of these pumps to gain access to the water deep inside the earth’s crust for a reliable and steady flow.

4.Consistent water flow:

Consistent water delivery is one of the primary requirements of agriculture. Submersible pumps are capable of maintaining consistent water pressure and flow rates. Access to a constant supply of water enables farmers to grow different types of crops that have different water requirements.

Precision irrigation helps maximize crop production while minimizing water waste. Water can be supplied directly to the roots of the crops for appropriate hydration and nutrients. Growing healthier and more productive plants becomes easier for farmers.

5.Versatile in use:

Submersible water pumps are extremely versatile and can adapt to a variety of agricultural settings and water sources. Boreholes, lakes, ponds, and open and closed wells are suitable for the use of these submersible pumps.

This makes it easier for the farmers to choose a reliable water source that suits their needs. The flexibility of these pumps in the field of agriculture makes them ideal for water management strategies and different farming practices.

6.Integration into drip irrigation:

Drip irrigation is a method of irrigation in agriculture that involves delivering water to the roots of the crop using a network of tubes and water emitters. Drip irrigation is a water-efficient system of providing water to crops that limits water waste and promotes sustainable agriculture. It limits water evaporation and runoff. This makes drip irrigation ideal for areas with limited water supplies.

Submersible pumps are used in drip irrigation to maintain the pressure of water for efficient distribution in the drip systems.

7.Use in flood irrigation:

While drip irrigation is a cost-effective and environmentally friendly method of irrigation, the more commonly adopted method is the flood irrigation method. Fields are directly flooded with water, or reservoirs are filled to distribute water to large fields.

This method is less efficient than the drip irrigation method, but the use of submersible pumps ensures that water isn’t stagnant and the crop fields are flooded in a controlled manner. This control over water distribution promotes crop growth.

8.Use for dewatering fields:

Farmers often face the problem of clogging and overflooding their fields in the case of heavy rainfall and improper flood irrigation. Waterlogging hinders the development of the roots and damages crops. Submersible pumps are utilized to remove water from such water-clogged locations. Submersible pumps are placed in low-lying areas of agricultural fields to pump out excess water. This prevents crop damage and ensures that soil conditions remain optimal for growth.

Dewatering the fields is of particular importance in regions that receive heavy precipitation to safeguard the crops.

9.Highly Reliable:

Submersible pumps are extremely reliable and durable. Surface pumps are exposed to various environmental factors that leave them prone to damage. Submersible pumps, on the other hand, always remain submerged in the water. This protects them from any damage from external elements. Additionally, submersible pumps are cooled by the liquid they are pumping. This ensures that the pump is continuously operating at an optimal temperature.

The lower maintenance costs and longer service life of submersible pumps are promising factors for farmers who rely on these pumps for daily operations.

10.Energy-efficient and increased cost savings:

Most farmers operate in rural areas where access to modern needs is limited. Energy-efficient submersible pumps have become more common than ever before. This is essential to reduce costs and minimize the carbon footprint of farming activities.

Many submersible pumps are fitted with variable frequency drives (VFDs) to improve their performance. VFDs are used to regulate the speed of the pump. When lower flow is required, VFD reduces the pump speed to match the required flow rate. This helps the farmers to save money on electricity.

11.Conservation of water:

Not all agricultural land receives the same amount of rain every year. Only a small percentage of the total farming land receives adequate precipitation. This makes water conservation a top priority for farmers. Submersible waterpumps are efficient tools to enable precise control over the distribution of water. By delivering water directly to the roots, farmers prevent water wastage from evaporation and runoff and use the limited available resources. This is beneficial for long-term farming as well.

12.Remote sensing and monitoring:

Modern submersible pumps can be controlled and monitored remotely. These pumps are equipped with technologies that help farmers manage their irrigation needs. Farmers can analyze and tweak the pump based on weather conditions, crop needs, etc. Remote monitoring helps the farmer understand valuable factors such as water levels, energy use, etc. and accordingly manage the pump. This can have a great impact on their agricultural produce.

Submersible Pumps: Improved farming and water management

Submersible pumps are the unsung heroes of modern agriculture. These pumps are a symphony of efficiency, precision, versatility, reliability, etc. They help in water allocation, sustainable agriculture, and increased agricultural productivity.

Submersible pumps are the backbone of modern agriculture, and although they operate under the surface, their advantages are broadly visible and lie on the surface.

Submersible pumps by Unnati Pumps

Unnati Pumps is one of the leading pump manufacturers in India and is exporting submersible pumps to the entire world. With years of expertise, innovation, and a well-established global network, Unnati Pumps has become a pioneer in this segment.

Why Unnati Pumps is the best choice if you are looking for submersible pumps:

  • Manufactured using the finest quality materials.
  • Virgin Copper windings to ensure minimum loss of power.
  • Robust thrust bearing designed to bear multiple loads.
  • The finest stainless steel shafts ensure the smooth functioning of the pump set.
  • Stainless steel jackets protect the motor from liquid damage.