The center pivot irrigation scheme is an overhead method of crop irrigation that has props with water jet nozzles rotating around a pivot point machine. It is usually implemented with an even water emitter rate that balances the flow of water between the innermost nozzles and the outer ones so as they flow at the same pace. This system has spread worldwide but mostly in arid continents with relatively flat terrain due to its radial application. Here is more on center pivot Reinke irrigation systems.
The machine system also employs hydraulics whereby it can efficiently and effectively use water energy compressed through its nozzles to rotate the props around the pivot. It thus makes intensive use of water for production. Its agronomy aspect enables the entire system to makes efficient use of the aggregate effluents sourced out, for various uses like recycling and other beneficial agricultural purposes. This aspect backs up the overall productivity.
Similarly, it can be practicable on all terrains, be it rough or flat surfaces. The other types of overhead irrigation are only practiced on relatively flat lands. This is achieved by adjusting the machinery to fit the agricultural plot to be cultivated. Also, the rate at which the water jets at the nozzles can also be strictly controlled by meter gauges to limit the rate of surface run-off on bare or sloppy grounds.
The system also fascinates in its small amounts of work it requires that a single pivot machine can work on a larger area with few workers. This results in the realization of non-existent few labor hours leading to relatively peasant-rate labor costs. The pivot facilitates efficient watering of the crops or pastures in a circumference. It thus works automatically, and therefore it obliges fewer maintenance costs. This feature results in fewer operational costs.
The machine system of irrigation has a critical vitality of double functionality whereby the same machine can be used for; irrigation, soluble fertilizers and pesticides application purposes. This greatly contributes to significant reduction in costs of production. This ranks the system the best in the market because it is cost effective as compared to other irrigating methods. It thus also leads to maximization of profits.
Various energy saving gadgets have recently been implemented in the modern center pivot irrigation systems like the photovoltaic panels system that relatively saves the energy used to pump the water. The physics of wind power have also been implemented in the system as an energy-saving alternative. This provides the energy needed to pump water all throughout the entire system. This move has greatly led to cost reduction because it is a conservative energy system.
Recently, various innovations have been achieved on the restructuring of the machine tower. These include the nozzle technology and use of electro-valve systems which have significantly improved the overall performance by censoring the crop needs on water and soil content. This emerging technology has led to modification of nozzles to be channeled from the central pivot rather than sub-pivot centers.
Finally, the overall system has been of abundant beneficial than other overhead agricultural methods. It is, therefore, one of the most suitable methods worldwide and is thus practiced mostly despite its high initial capital outlay.
The machine system also employs hydraulics whereby it can efficiently and effectively use water energy compressed through its nozzles to rotate the props around the pivot. It thus makes intensive use of water for production. Its agronomy aspect enables the entire system to makes efficient use of the aggregate effluents sourced out, for various uses like recycling and other beneficial agricultural purposes. This aspect backs up the overall productivity.
Similarly, it can be practicable on all terrains, be it rough or flat surfaces. The other types of overhead irrigation are only practiced on relatively flat lands. This is achieved by adjusting the machinery to fit the agricultural plot to be cultivated. Also, the rate at which the water jets at the nozzles can also be strictly controlled by meter gauges to limit the rate of surface run-off on bare or sloppy grounds.
The system also fascinates in its small amounts of work it requires that a single pivot machine can work on a larger area with few workers. This results in the realization of non-existent few labor hours leading to relatively peasant-rate labor costs. The pivot facilitates efficient watering of the crops or pastures in a circumference. It thus works automatically, and therefore it obliges fewer maintenance costs. This feature results in fewer operational costs.
The machine system of irrigation has a critical vitality of double functionality whereby the same machine can be used for; irrigation, soluble fertilizers and pesticides application purposes. This greatly contributes to significant reduction in costs of production. This ranks the system the best in the market because it is cost effective as compared to other irrigating methods. It thus also leads to maximization of profits.
Various energy saving gadgets have recently been implemented in the modern center pivot irrigation systems like the photovoltaic panels system that relatively saves the energy used to pump the water. The physics of wind power have also been implemented in the system as an energy-saving alternative. This provides the energy needed to pump water all throughout the entire system. This move has greatly led to cost reduction because it is a conservative energy system.
Recently, various innovations have been achieved on the restructuring of the machine tower. These include the nozzle technology and use of electro-valve systems which have significantly improved the overall performance by censoring the crop needs on water and soil content. This emerging technology has led to modification of nozzles to be channeled from the central pivot rather than sub-pivot centers.
Finally, the overall system has been of abundant beneficial than other overhead agricultural methods. It is, therefore, one of the most suitable methods worldwide and is thus practiced mostly despite its high initial capital outlay.
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