Smart irrigation
Research and development of nanoporous tubular polymer semi-permeable membrane technology, the microfluidic tube buried in the ground under reasonable pressure control, the slow penetration of water to the soil to help crop growth, the technology and theory won the second prize of national scientific and technological progress.
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Detailed introduction
Research and development of nanoporous tubular polymer semi-permeable membrane technology, the microfluidic tube buried in the ground under reasonable pressure control, the slow penetration of water to the soil to help crop growth, the technology and theory won the second prize of national scientific and technological progress.
Technical advantages
Efficient water saving: save 50% water compared to traditional pipette technology
Low evaporation, no leakage: underground irrigation, water supply to crop roots, reducing water evaporation
Improve crop quality and yield: effectively improve crop quality and yield 20%
Long life cycle: strong anti-blocking ability, can be used for many years
Save energy: save energy, save electricity during the irrigation period, save energy
Efficient use of fertilizer: micro-enhanced irrigation and fertilizer integration, fertilizer more than 40%
