The water requirement of a house can be supplied by a foot irrigation pump but you have to design the system for that. The first step in designing an irrigation system is to gather information. Errors in this initial step will affect your entire design. Your first action will be to measure and draw the yard using the following steps:
- Use accurate measuring equipment to measure your yard. If not done correctly, this is the first step and can lead to dry spots on the yard. Round your numbers to the nearest foot when measuring.
- Use a piece of graph paper to draw your yard in a square so that one square equal one foot. Irrigation zone mapping allows you to quickly spot errors.
- Start your measurements from your home. Be sure to pay attention to all external dimensions. The next step is to measure from the corner of the house to the property line in both directions.
- Then add the property line, don't panic if it doesn't look like a perfect rectangle. Few lots have a perfect 90-degree angle on every corner.
- The next step is to draw the permanent features. For example: garages, driveways, swimming pools, patios and driveways. Make sure you have accurate measurements. You can use the corners of the house to check that the elements are placed correctly.
- Your next step is to measure the capacity of the pump. Pump capacity consists of two parts: pump delivery volume and delivery pressure. Drain rate, or water flow rate, is measured in GPM (gallons per minute). Pressure is measured in PSI. It is necessary to measure flow rates and discharge pressures under normal operating conditions in order to properly determine the operation of the pumping system as part of an irrigation system.
Foot Irrigation Pump Design
A centrifugal pump can be designed for irrigation purposes and is powered by foot. The pedal-powered centrifugal pump (PPCP) is an environment-friendly water pump. PPCPs run on mechanical power without electricity. PPCP gives drinking water and water system in inaccessible regions. The PPCP is not only pollution-free, but also provides healthy exercise. The PPCP reduces rising energy costs. The PPCP is designed to be portable and can be used for irrigation in various locations. The PPCP consists of a centrifugal pump operated by pedal power. The centrifugal pump is positioned on its support so that the driven shaft of the centrifugal pump interfaces with the wheel of the bicycle. By pedaling the bicycle, the wheel of the bicycle rotates, thus rotating the centrifugal pump, which in turn evacuates the water from the sump. The mechanism consists of a single centrifugal pump attached to the rear wheel of the bicycle. A minute or two of paddling is enough to pump 30 to 40 liters of water to a height of 100 feet. Our project can be useful in rural areas. It is mainly used for irrigation and for abstracting water from wells and other bodies of water. Centrifugal water pump that operates by rotating the cycle pedal. The system includes bicycles, rims, impellers, pulleys, and inlet and outlet pipes. A larger pulley is attached to the rear wheel of the bicycle. The smaller pulley is mounted on the centrifugal pump shaft. Both pulleys are secured by "V" straps. We drive the bike using paddles, the wheels of which spin at a specific rpm. This impeller rotates the centrifugal pump impeller by the sliding action between the impeller and the pulley, but the impeller speed is very low, so we can't get the required head, and power when paddling is very low so we can use the pulley. 
Foot Irrigation Pump House Design
The foot irrigation pump for the house needs to be designed by experts as it is needed to be calculated. this matter needs to be familiar with some factors. A flow rate meter is the simplest method as it directly measures flow in GPM. The cost of flowmeters varies widely, ranging from around $50 for a small pitot tube that only measures flow to hundreds of dollars for a turbine flowmeter that measures flow and total flow through the flowmeter. The pitot tube is inserted through a drilled bracket in the irrigation pipe. They divert a small stream of water through the meter and float a ball or disc flow indicator. The flow rate is read on a scale at the height of the flow indicator. Turbine flowmeters measure flow and total flow through the flowmeter. Flow is read directly from a needle similar to a car's speedometer, and total flow is recorded on a gauge similar to a car's odometer. Discharge pressure can be measured easily and inexpensively using a standard manometer. Pressure gauges are available in 15, 30, 60, and 100 psi ranges for around $10. Choose a pressure gauge that is accurate within the pressure range the pump can produce. For example, if your pump can produce a maximum pressure of 50 psi, choose a 60 psi gauge. For centrifugal and turbo pumps, the delivery rate depends on the operating pressure of the pump. If the pressure is high, the release rate will be low, and then again, if the pressure is low, the release rate will be high. The relationship between pressure and discharge is called the pump head curve. Due to pump characteristics and many site-specific factors, the curve for each pump may vary. It consists of a pressure gauge, a flow meter, and a control valve installed on a straight pipe. 
Foot Irrigation Pump System Design
*for using a foot irrigation pump system and designing it to work in an efficient way, you have to familiarize yourself with some basic information. A foot pump is a foot-operated water lift that pumps water into a reservoir to irrigate small landowners. An inexpensive system with a simple design and is easy to manage. For poor farmers who are limited by small-scale land, foot pump technology has played a role in the land improvement intervention. It can pump 5000 liters of water per hour and also works on foot in a comfortable walking style. The foot irrigation pump can be operated by one person and it is easy to install. Also, the system can be moved from one place to another place and does not consume gasoline, diesel, or electricity. The maintenance of the pump is free. You can lift water by using the foot pump. It sucks water from the water reservoir and positions it in the discharge place or the tank. If it happens so you have to move water from the tank to the field but before doing that, you have to pass it through the filter. Then the water will be distributed to the drip line and you can deliver it to the end stop. You can water the plants individually using a hose or a bucket, but this is time-consuming and unnecessary. Sprinklers, soakers, sprayers, and other irrigators can also be turned on and off, but this method of watering wastes this precious resource and increases your utility bills. Installing drip irrigation is a no-brainer. This method reduces waste and saves time by delivering exactly the amount of water needed where it is needed. 
Foot Irrigation Pump Green
Foot irrigation pump was a very handy tool in the green revolution that happened in India. Until now, governments and development agencies have tried to tackle the problem with megaprojects: gigantic dams, massive irrigation canals and vast new fields of high-yielding crops introduced during the Green Revolution, famous for increasing food crops in sports in developing countries. nation. However, conventional irrigation has degraded soils in many areas, and reservoirs behind dams can quickly fill with silt, reducing their storage capacity and depriving farmers downstream of fertile sediments. Moreover, despite the green revolution that has greatly expanded global agricultural production since 1950, poverty persists in Africa, Asia, and Latin America. Continued increases in productivity from large farms can play a major role in increasing food availability, but local efforts to provide small farms with inexpensive personal irrigation systems can provide a better way for people to escape poverty. The Green Revolution was designed to increase the overall food supply, not the incomes of the rural poor, so it is not surprising that it did not eradicate poverty or hunger. For example, India has been food self-sufficient for 15 years and its granaries are full, but more than 200 million Indians (one-fifth of the country's population) suffer from malnutrition because they lack the means to buy the food they need country's safety net is insufficient. In 2000, 189 countries pledged to achieve the Millennium Development Goals, which call for halving global poverty by 2015. However, as usual, no matter how rich countries contribute, we don’t have any hope of achieving most of the Millennium Development Goals for the poor. A human pump can irrigate half an acre of vegetables for as little as $25 (including drilling a well into the water table). 
Foot Irrigation Pump Yellow
A foot irrigation pump can be manufactured in different colors such as red, blue, and yellow to name a few. The color in these pumps is not important but the performance is more important. In the socio-economic conditions of farmers living in villages in developing countries, including India, human muscle power can be a good option to meet the energy requirements to perform many activities, such as pumping water. These works will eliminate the use of electric motors and motors to operate the pump, they will use energy that will not produce any pollution. Pedaling is the most efficient way to harness the power of human muscles. With these things in mind, you will build a floor pump. To implement this project, two single-acting piston pumps will be used. To provide continuous discharge, you must connect two reciprocating pump drive shafts. The drive shaft is driven by a pedal and adopts a chain transmission mechanism. The unit is constructed using locally available materials to reduce the overall cost of the pumping unit. The flow rate of the pump is calculated theoretically and practically. 
Ongoing work will be expanded using a hybrid mechanism to utilize human power and other renewable energy sources. To implement this project, you must understand the design principles that make pumps. Based on this, design your pump a new set of cams to increase pump efficiency. Greater emphasis is placed on minimizing flow rate fluctuations in the design, as this directly improves pump performance and reduces noise. Then you should use any simulation software to analyze your design. The hydrodynamic effects of the fluid are taken into account in the analysis. Use existing experimental solutions to validate your results after analysis. This type of pump is less expensive than other types of pumps.
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