Why Choose Nano Flow?
Ultra-low flow (or "Nano Flow") drip irrigation is a paradigm shift in how we think about watering. Instead of dumping gallons at once and losing precious water to runoff, Nano Flow delivers a continuous low tension soil that is better for the plants and environment using a fraction of the infrastructure and water on demand to operate.
This slow, steady moisture profile keeps roots moist and well-aerated in an ideal state that is never over-saturated, never parched. It dramatically reduces evaporation, stress, and percolation loss while improving plant uptake efficiency. And because the system runs at low pressures and ultra-low flows, it needs smaller pumps, smaller pipes, and far fewer valves.
The result? Fewer zones. Fewer set changes. Less energy. Less labor. Greater resilience.
Whether you're irrigating orchards, row crops, or greenhouses, this is game-changing.
Explore below to simulate your own field, and watch how smart water management pays for itself in months, not years.
📐 Unified Field & ROI Calculator
Use the calculator below to design your system and see the impact on infrastructure, labor, and 5-year ROI. Results update live as you adjust the values.
Scenario Templates
Field Layout Calculator
Live Field Outputs
Total Emitters: 0
Area: 0 acres
Nano Flow System
Flow Rate: 0 GPM (0 GPH)
Pressure Loss: 0 psi
Acre-ft/day: 0
Acre-ft/year: 0
Runtime: 24 hrs/day
Conventional System
Flow Rate: 0 GPM (0 GPH)
Pressure Loss: 0 psi
Acre-ft/day: 0
Acre-ft/year: 0
Runtime: 15 min/day
Advanced Settings
Soil & Climate Assumptions
On-Demand Infrastructure Impact Tool
| Offer | Quantity | 18" Spacing Price | 12" Spacing Price |
|---|---|---|---|
| Starter Kit | 25 000 ft | $0.55 / ft | $0.64 / ft |
| Early Adopter Lot | 100 000 ft | $0.50 / ft | $0.59 / ft |
Set Change Summary
Conventional System: — set changes/day
Nano Flow System: — set changes/day
5-Year Total Cost of Ownership
Coming Soon: Visual Infographics
📊 Yield Improvement Comparison
💧 Moisture & Capillarity Simulation
📉 Pressure Loss vs Flow Uniformity
🚀 ROI Highlights
These benefits align with NRCS & EQUIP sustainability priorities, and may enhance your eligibility for conservation grant programs.
🔩 Zone Infrastructure Breakdown
Each irrigation zone requires components such as valves, filters, and regulators. These costs scale based on the number of sets calculated for the selected field size and flow rate.
Assumptions
- Water savings include an estimated 8%-10% reduction in evaporation and runoff.
- Energy savings calculated using estimated runtime hours to meet water target.