Sharing #NetafimKnowledge
Netafim South Africa recently ran a series of informative articles and podcasts on www.foodformzansi.co.za. The posts introduced readers and listeners to Netafim, precision irrigation and growing more with less.
Netafim South Africa recently ran a series of informative articles and podcasts on www.foodformzansi.co.za. The posts introduced readers and listeners to Netafim, precision irrigation and growing more with less.
The most astounding discovery with regards to water and plant growth, must be the fact that plants don’t need the massive volume of water we have been pouring over them for decades, centuries. A regular, small amount of water delivered directly to the root zone, is often all it takes.
When technical dripper data is shared, we are confronted by terms that describe certain engineering features, namely K (A); X (B); KD; K (Turbulence coefficient) and Filtration area. These features determine how well a dripper does its job. Understanding them enables us to compare how different drippers do the same job. In the first in a series of webinars to cover this topic, Jerry Austen, product manager at Netafim South Africa, recently focussed on K (Turbulence coefficient).
With precision irrigation systems, such as drip and micro-sprinkler irrigation, the risk of emitter clogging increases as emitters are smaller. It becomes increasingly important to make the correct choices in filter selection.
Valves are crucial to control pressure, flow and distribution under different conditions to optimise performance, facilitate management, and reduce maintenance requirements.