Drip emitter’s types and applications. Review and analysis of the different types of irrigation Drip emitters known as Drippers The main division is between: On-line Drippers and In-line Drippers also known as integral Driplines DIY DripKits, professional ready to install drip systems. |
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In-line Drippers These drip emitters that are an integral part of the dripping laterals, and are creating a smooth and bump less ducts, allowing Quick and easy deployment and collection of the Driplines. For example the following products:
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On-line Drippers These Drippers are mounted on top of lateral pipes, for example those Drippers:
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Field crops, Greenhouses, Ornamental, Dense orchards and Citrus groves, Underground irrigation in agriculture and in lawn. Driplines are factory fabricated with intervals and flow-rates according to specific project needs. |
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Usages of On-line Drippers: Groves and Orchards where the amount of Drippers, spacious and location are set in during installation and throughout the years of agricultural growth by the grower. | ||||||||||||
In the in-line Drippers area it is customary now to use three types of duct drip laterals: - LDPE Low density polyethylene piping, consider being the most professional and also the most expensive lateral.
This type of Driplines is more difficult to manufacture and is implemented only by the world's leading manufacturers.
Drip Tape: This product typically is used for seasonal crops and field crops in large scale, as well as when the grower prefer to throw or recycle at the end of the season, Instead of scrolling, and reuse. Another use is as underground Driplines in seasonal row crops.
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Drip irrigation line quality plastic valves
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Another division is common to do between Regular Drippers in which the flow-rate fluctuates with the change in pressure. these systems usually had to be planed so that working pressure differences between the various Drippers shall not exceed 7.5% Pressure compensated Drippers, also known as PC or Flow Regulated Drippers which can self regulate constantly the flow-rate regardless of system pressure.
These Drippers have a great advantage for large fields and for areas with height differences. Design of pressure regulated drip systems is simpler and usually help to achieved uniformity of distribution among all the Drippers, and therefore to yields more production.
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