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Drip solution · Vineyard

Drip Irrigation for Vineyards — wine and table grapes

Long-lifetime drip irrigation for wine grapes and table grapes: pressure-compensated driplines with anti-drain, deficit-irrigation-ready scheduling, filtration sized to source-water and pumping with VFD control for uniform emission across steep and long-run blocks.

Aerial view of a vineyard with parallel drip irrigation lines between rows

Typical design envelope

Reference parameters used to open the RFQ. Final values are sized by our engineers against source-water, soil and crop stage.

Emitter spacing
0.5–1.0 m along the vine row
Emitter flow
1.0–2.3 L/h pressure-compensated with anti-drain
Peak crop water demand
3–6 mm/day depending on canopy and climate
Fertigation
Injection head for potassium- and calcium-driven programs
Filtration
Disc filter 120 mesh minimum; hydrocyclone for well water
Typical block
5–200 ha, sloped terrain common

System components

Heavy-wall PC driplines

20+ year design life with anti-drain and anti-siphon options for sloped and long-run vineyard rows.

Fertigation head

Injection heads for balanced fertigation, deficit irrigation strategies and pre-harvest water cut.

Filtration

Automatic backflush disc filters plus hydrocyclone or sand filter where source is groundwater or river.

Pump & VFD

Booster pump sized to head loss on long submains, VFD-controlled for zoned block operation.

Sensors & controls

Soil-moisture probes, stem-water potential integration and ET-based scheduling.

Why drip for vineyard

  • Precise regulated deficit irrigation (RDI) for wine quality control.
  • Uniform emission on sloped blocks with anti-drain and PC emitters.
  • 20+ year dripline lifetime amortizes CAPEX across many vintages.
  • Fertigation supports potassium- and calcium-driven programs without labour.

FAQ

Above-ground or sub-surface drip in vineyards?
Above-ground on the vine row is standard for wine grapes; sub-surface drip (SDI) is used on flat vineyards where mechanical operations dominate. Both share the same fertigation and filtration stack.
How is deficit irrigation controlled?
Through a combination of scheduling and pressure-compensated emitters that keep discharge uniform across the block. The controller applies pre-defined water deficits at flowering, veraison and pre-harvest windows.
Can the RFQ include filtration for river or well water?
Yes — filtration is sized against source-water quality inside the RFQ, including hydrocyclone or sand filtration for high-load sources.

Ready to source a vineyard drip system?

A dedicated sourcing specialist opens your RFQ to qualified global manufacturers — driplines, fertigation, filtration, pumps and controls — and returns side-by-side offers.

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