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Micro irrigation is a contemporary type of irrigation in which water is watered on the land’s surface or subsurface using drippers, sprinklers, foggers, and other emitters. The water source, pumping devices (motor and pump), ball valves, fertigation equipment, filters, control valves, PVC connecting accessories (Main and sub main), and emitters are the major components of a micro irrigation system.
A micro-irrigation system is a contemporary irrigation technique. We use this approach to supply water slowly. Typically supplied as single droplets, continuous drips, streams, and so on. Micro-irrigation systems are becoming increasingly popular because to their low cost and water efficiency. Micro irrigation has gained popularity in recent years because to its ability to enhance yields while reducing water, fertiliser, and labour requirements if correctly managed.
When compared to the traditional surface watering approach, the micro irrigation technology saves water and increases water usage efficiency. Furthermore, it aids in the reduction of water use, the growth of undesirable plants (weeds), soil erosion, and the expense of cultivation. Micro irrigation may be used on any type of terrain, especially where flooding is not an efficient watering strategy. A field is inundated with water in the flooding technique of irrigation.
With the use of sophisticated irrigation systems, it is now possible to protect agricultural areas from drought. Appropriate irrigation scheduling strategies have resulted in varying degrees of success among farmers. Irrigation scheduling using modern technology is becoming more popular, and many farmers are successfully using these approaches. Farmers may maintain the same output levels even in a drought year by using micro irrigation systems, which use little water and provide a high yield.
Several major food firms have taken steps in recent years to promote their goods as sustainably produced. This is a differentiating feature in the final goods that has proven beneficial for firms and increased their market share. Micro irrigation systems are one way for these businesses to guarantee that their raw materials are generated in a sustainable manner. Micro irrigation technologies minimise crop water consumption, limiting environmental damage and water table depletion. This is a market potential for micro irrigation systems since major agricultural and food corporations operate on enormous sizes, either via their own farms or through their subsidiaries.
Governments in Asia’s agrarian countries spend a lot of money on agricultural technical development in the form of increasing use of machinery and equipment. The components of micro irrigation systems are offered at discounted costs to small and medium farms. The majority of micro irrigation system components are offered at subsidised costs to encourage farmers to increase their production from restricted land areas while also maximising their profits. Multinational corporations operating in a wide number of nations must deal with subsidy programmes in various regions, making day-to-day operations difficult to maintain.
Changes and advancements in the irrigation sector have resulted in new technology that bring the advantages of drip irrigation within reach of farmers everywhere. As a result, makers of drip systems will need to keep up with the newest production technologies in order to meet rising demand while maintaining excellent quality. Drip irrigation is very beneficial in drought-prone areas to assist reduce water consumption while growing healthy crops. Water is pushed via hundreds of feet of pipe and given directly to the plant through drippers, preventing weeds from receiving enough nutrients.
New irrigation systems that employ pressure compensating (PC) drippers require less pumping power, decreasing energy costs even more and making solar irrigation a viable option. It is the responsibility of manufacturers to educate consumers on the economic benefits of incorporating sophisticated drip irrigation technology into their system.
DOMIS (short for Creation of Micro-irrigation System) is a web-based tool that assists in the design of customised micro-irrigation systems for specific agricultural fields under various Agro-climatic settings and circumstances for any crop. DOMIS, which includes a graphical user interface, goes through three key phases. It begins by dividing the entire field into blocks of varying sizes. It then calculates the best layout design for the pipes. Finally, it predicts the water needs of the field and crops depending on local Agro-climatic and environmental variables.
PepsiCo, the world’s largest food and beverage business, has teamed up with Israeli irrigation company N-Drip to provide game-changing water saving technologies to farmers who work with Pepsi brands. This is part of a global cooperation between PepsiCo and N-Drip that aims to improve water efficiency over 10,000 hectares (25,000 acres) by 2025.
PepsiCo has been attempting to improve efficiency throughout its agri supply chain in order to reduce water usage by offering alternatives to flood irrigation. Another step in that direction is the collaboration with N-Drip.
N-high-efficiency Drip’s irrigation system, which is based in Israel, is powered by gravity and harnesses the water-saving benefits of high-pressure drip irrigation while requiring less energy, operating, and maintenance, making it more accessible to all types of farmers and nearly all types of crops.
Farmers who use N-Drip frequently save a lot of water, have higher crop yields, and don’t have to use as much fertiliser.Furthermore, switching from flood irrigation to N-drip Drip’s irrigation technology reduces carbon (CO2) and methane emissions by up to 83 percent and 78 percent, respectively.
Micro-irrigation also helps to enhance agricultural production, which is expected to promote worldwide market growth. Furthermore, an improvement in fertiliser usage efficiency, which helps to reduce fertiliser costs, is expected to fuel the expansion of the worldwide micro irrigation system market. Drip irrigation system automation provides a simple, precise technique for regulating soil moisture and delivering water. Some of the elements enhancing the process include effective time management, the elimination of human mistakes in estimate, and the modification of available soil moisture levels.
Netafim Limited has been involved in development of latest brain enhanced and automated system of irrigation control integration. The Net Beat Solution is the first digital farming solution to enable automated irrigation, fertigation, and crop protection. Combining everything into one closed-loop platform, Net Beat lets the respective stakeholder to easily monitor, analyse and control the irrigation. The interface was developed with real farmers in mind. It has been designed to cover all your bases in a simple and user-friendly manner. The software gives farmers the ability to manage their activities from their smartphones, while also granting them unprecedented access to a super computing brain with multiple benefits.
Lindsay Corporation is placing a remote operated control micro irrigation system in varied levels of requirements. The Multi-Control is an easy-to-use wireless irrigation controller that brings the power and intelligence of the Field NET platform to any drip- or micro-irrigation system. The award-winning, 4-in-1 controller acts as the point of connection in the field, making remote control over irrigation pumps, valves, filters, and injectors possible. It also helps growers make faster, better-informed decisions by tracking crop water needs, managing irrigation equipment and more. The Field NET M2 Control lets you monitor water delivery of pumps and pump stations to ensure maximum efficiency. The remote pump control device helps track pump performance and water use, to adjust when and where needed.
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