due to increasing the requirements for foot irrigation pumps, many company manufacturers decide to supply this human-centered water elevator. A foot pump is a simple, inexpensive, and effective water lifting device. In this technique, bamboo stalks are repeatedly pushed by the feet to provide the driving force that pushes the water. This simple water elevator is really easy to install and maintain and is eco friendly. 
Three types of floor pumps are commonly used; all three use the cylinder and paddle concept, but the model using an 8.9 cm diameter cylinder and a bamboo paddle is the preferred model among farmers in the region. It is cheaper than a similar hand pump and can lift more water. On average, a foot pump can be used to pump water from about 6 m underground, and such a pump can irrigate up to 0.34 hectares of land (depending on soil type and other conditions). In addition to lifting water for irrigation, foot pumps can be used for a variety of household purposes. It is also widely used as a means of generating income in the Terai region of Nepal. When farmers consider installing foot pumps, they should first check that there is enough groundwater to cover the cost. Foot pumps should be installed by a qualified technician and properly maintained throughout their life cycle. If possible, an extra set of spare parts should always be available and a qualified technician should be consulted for overhauls. This technology is used by more than 1.5 million people in different countries including Bangladesh, Cambodia, India, and Nepal. More than 30,000 people have foot pumps in Nepal. Foot pumps are also a useful means of generating income for smallholder farmers in the Terai region of Nepal. Due to easily use of this machine, it becomes a commonly used machine.
foot irrigation pump and supply
Foot irrigation pumps can supply water for domestic uses where access to electricity is a problem. This machine can be used by men, women, and children. Installing the foot irrigation pump is easy and requires no special lifting equipment or tools. Drillers who went down with mud also installed pumps. The pump has good user maintenance potential. 
All repairs can be done without tools. About 2,000,000 foot pumps are sold in Bangladesh and about 2,000,000 foot pumps are sold in India. Foot pumps can be made locally in a simple metal workshop. The steps and support structure are made from locally available inexpensive materials such as bamboo. All components (or junction boxes) are mild steel; Pistons - mild steel with plastic seals (cup seals); Bottom valves - flaps; Riser - PVC or bamboo pipe; use different types of screens. Installing the floor pump is easy and requires no special lifting equipment or tools. Drillers who went down with mud also installed pumps. Two pedals are connected to two pistons. The pump is powered by transferring weight from one pedal to the other, which lifts the piston. Water is supplied by pipes that draw water from boreholes or surface water. All family members can operate the pump, which allows farmers to use family labor efficiently. In case of sudden power failure, emergency pumping, load shedding, etc., the foot pump can be an adequate solution, it can be taken anywhere and operated with minimal physical effort. As lots of farmers are leaving in remote places, they do not have access to electricity or fuel also they do not have the modern equipment to use it. They can use the foot irrigation pump and supply the required water.
foot irrigation pump company
the manufacturer company of foot irrigation pumps is located the developing countries where people tend to use human powered equipment as there is no other power source. A foot pump is a human-powered suction pump located at the top of a well for irrigation. This human powered pump is designed to lift water from a depth of seven meters or less. 
Pumping is activated by stepping up and down on a pedal, which is a lever that drives a piston, creating a cylinder suction that pumps groundwater to the surface. Two pump systems are available. One is a basic pump, which pumps water from a depth and discharges it directly from the open top of the cylinder, directly into a low reservoir or gravity slot. The other is a closed gas cylinder system that lifts the water to a height of 12 meters above the operating water level. Although the manufacturing process of the two foot pumps is more complicated than that of the rowing pumps, the manufacturing has been undertaken by a few small industrial enterprises, and many entrepreneurs in many countries produce such pumps for sale. A practical guide to making and using a foot pump is available from Practical Action Publishing. The foot pump is suitable for simple stepping movements. Therefore, it operates without electricity and without operating costs. This makes the foot pump suitable for marginal farmers, helping them to irrigate their land. For the typical marginal farmer, the foot pump can easily solve suction, lifting, transport, and irrigation problems. Once irrigation is possible, farmers can farm in the dry season and escape poverty. Therefore, the foot pump is reasonably priced keeping the marginal farmer in mind. Treadle pumps can be used in any application that requires pumping.
foot irrigation pump manufacturers
International manufacturers found the food irrigation pump an interesting commodity. Following current market developments, we have introduced an exclusive assortment of treadle pumps. As it is mentioned earlier, the foot pump is a human foot pump designed to push water up hills or into low-pressure irrigation systems. 
The pump can suck water from 8 meters and pump water up to 15 meters above sea level. The frame and pedals of the treadle pump are made of steel, while the cylinders and pistons are plastic, so they are lighter and less expensive to move the pressure treadle pump option. The foot pump can irrigate approximately 500 square meters per hour. The pump can be connected to low-pressure drip and sprinkler systems, or hose and nozzle sprinkler systems. The foot pump is mobile for easy use in large fields with multiple water sources and can be moved to a safe location when the pump is not in use. The pump comes complete with a foot valve, a 7-meter flexible suction hose, a 3-meter flat outlet hose, and a plunger wrench. First used in Bangladesh and can be used in situations similar to Rower pumps. However, the use of stronger leg muscles means this design is less tiring to use than a Rower push-up and also has a higher potential output. The pump has two cylinders and pistons, which are connected to a suction tube. Above each cylinder is a beam hinged at one end and connected to the piston at the other. The beams have a cable that connects them and passes through pulleys. The operator stands on each beam with one foot, first transferring the weight to one foot and then to the other. When one piston goes down, the other goes up. The result is a very simple and very efficient water pump.
foot irrigation pump price
foot irrigation pump price depends on the used materials and it is less expensive compared to the modern pumps which are supplied by electricity or other power sources. foot pumps are a bargain. 
Its low cost allows even very poor farmers to use it to grow dry season vegetables for household consumption and sale. In Bangladesh, a water pump costs $20. On average, farmers are able to generate over $100 in additional income per year. Revenues from foot pumps add $100 million a year to Bangladesh's GDP. Production and sales are now sustainable without outside help. Thanks to this technology, the incomes of many households have increased. Some farmers who started using these foot pumps have now purchased electric pumps. A foot pump costs $20 in Bangladesh and $50-80 in Africa. About $100-200 including tube wells (depending on installation depth and drilling method) The introductory cost per project is around $20,000, including training, engineering, and first production. The treadle pump, also known as the Tapak pump, is a human-operated suction pump that sits above a well and is primarily used for irrigation. It is designed to lift water from a depth of seven meters or less. When the operator is pumping, he or she is moving up and down on pedals, which are levers, which drive pistons, creating a cylinder suction that draws groundwater to the surface. Water is known as a crucial part of irrigation but as it is mentioned earlier, some farmers who are living in remote places and can not buy the pump online or from domestic vendors, construct the pump themselves. They construct it by wood or piece of metals.
foot irrigation pump cost
Due to the easy installation of the foot irrigation pump cost, it is more reasonable compared to the other type of pumps. The unit provides a continuous flow of 100 liters per minute, while ordinary reciprocating hand pumps provide an intermittent flow of 70-80 liters per minute. The new pump is portable and can be easily transported and installed in the field. The pump is very cost effective as it costs around Rs 31 per liter per minute. 
It costs Rs. Rs 2500 for a complete cast iron unit and Rs 3000 for a unit combining aluminum alloy and cast iron parts. A new twin-cylinder system with linkage/gear/flywheel layout ensures continuous water delivery with no dead stroke. When used for a long time, it has a small biomechanical load and has a constant stable output. It's easier to pedal than a hand pump, especially for heart patients, the elderly, women, and children. This pump does not require any electricity or fuel so this can reduce the expenses. Also, this doesn’t require yearly services. The pumping cost analysis will take into account the initial capital investment cost, annual fixed costs, and operating costs. The three costs are interdependent to some extent. The sort of pumping equipment, size of piping, measure of the pump, and type of water supply influence not only the starting cost but also settled and operating costs. For example, a piping system using large pipes may be more expensive, but may allow the use of smaller-powered pumps that cost less, require less energy, and are less expensive to operate than piping systems using small diameter pipes.
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