BYO System

Build your own NanoFlow system

Request a copy of your custom build today. Let us know if you have any questions and who is your distributor.

Step 1 of 6 Start

Step 1 · Start Your Technical Build

Start with a lightweight profile, then jump directly into Layout & Distribution.

NanoFlow Engineer Build

Press Start to begin

This takes less than a 2 minutes.

Step 2 · Layout & Distribution

Define the supply story first, then configure distribution layout, refill cadence, and reservoir geometry.

Reusable Reservoir Templates
Choose by application: IBC totes, vertical tanks, backyard pool-size tanks, or liners.
Supply model

Choose the infrastructure story that matches your site.

Pressurized: pump holds line pressure. Buffered: reservoir/head drives pressure over time.
Pressure behavior

Set whether pressure is stable or a time-series signal.

Stable uses a single PSI value. Variable generates a pressure curve over time.
Layout Inputs

Use sliders or type exact values below.

Emitter Spacing
in
Row Length
ft
Number of Rows
Row Spacing
ft

How long the reservoir must run without refill.

Evaluate an existing reservoir by entering its dimensions and interval.

For square, width = length. For circle, leave width empty.

If circle: diameter here. If square: leave blank or same as width.

Enter the starting water height for the reservoir.

Adds head pressure: psi gain = ft × 0.433. Default 0 for ground level.

Auto-filled from the selected dropper; you can override to test lower limits.

Uses class-specific flow vs. pressure curve (100 / 200 / 300).

Key stats
— emitters
— area
Row: — ft
Emitter: — in

Dropper —
Enter interval, pick shape, and dimensions.
Your reservoir

This diagram updates with your inputs

Step 3 · Flow & Pressure Design

Review usable head, cutoff time, flow decay, and usable gallons as the time slider moves.

⚠ Shortfall
Reservoir outputs
Based on NanoFlow demand and selected geometry.
Usable volume
Initial height
Initial pressure
Elevation boost
Total area irrigated
Average emitter flow
Details
Time until min pressure
Flow at start
Flow at end
Min pressure threshold
Surplus/deficit vs interval
Auto-balanced footprint
Dead volume (below min psi)
Current t
Height
Pressure
Pressure from height
Pressure from elevation
Emitter flow
Total flow
Remaining usable vol
Remaining time to min pressure
Visualize usable head, cutoff time, flow decay, and usable gallons.
Height
Pressure
Total flow
Remaining usable
Instantaneous emitter flow

Only water above the minimum usable head contributes to irrigation.

Pressure (psi) Total flow (gph) Hydraulic cutoff
Cumulative usable gallons
Usable gallons used
Low-PSI dropper curve explorer
Flow (GPH) vs Pressure (psi) Pressure (psi) Flow (GPH)
Dropper 100 Dropper 200 Dropper 300

Step 4 · CAPEX & ROI Analysis

Estimate total system cost, infrastructure savings, pumping/energy reduction, water-use efficiency gains, and payback period. Frame financial feasibility before any validation steps.

Conventional

17
At 40.0 gpm per set available.

NanoFlow

1
At 40.0 gpm per set available.
Set reduction: 94.1%

Set reduction derived from max flow per set and on-demand flow. Replace cost lines below with live CRM proposal data.

Capacity snapshot
Uses your entered max flow per set and calculated demand.
Max flow per set 40.0 gpm per set
Total flow · Conventional 666.67 gpm
Total flow · NanoFlow 6.667 gpm
Item Conventional NanoFlow
Pump $62,000 (Over 300 HP) $1,800 (Below 10 HP)
Filter $3,400 (4" disc filter) $120 (3/4" spin-down filter)
Mainline pipe $9,200 (4" PVC) $520 (1" poly)
Dripline cost $16,800 (benchmark conventional) Locked - request proposal unlock
Valves/Sets $20,400 (~17 sets) $960 (~1 sets)
Controls $2,500 $2,500
Total CAPEX $114,300 Proposal required
Proposal Pricing Unlock

Enter valid contact details to request CAPEX pricing unlock. We store your build in CRM and follow up with a proposal for your application.

Step 5 · Validation Path

Define next steps for verification: pilot eligibility, demo options, data collection plan, and third-party validation routes.

Purpose: position validation as a technical verification path, not a sales conversion.

Project contact (optional)

We’ll upsert by email. Existing contact records will be reused; otherwise we create a new one.

Contact token-
Share link-
CRM statusAwaiting save

Step 6 · Summary

Recap the full build, costs, and validation path in a review-ready summary.

Build Summary Report

NanoFlow Build Summary

Generated —
Project ID-
Share link-
Snapshot ID-

Project Overview

Location
Crop
Area
System Type
Water Source
Soil Class
Delivery Constraints

System Design

Line Type
Emitter Spacing
Operating Pressure
Daily Application Rate
Storage / Buffer Size
Reservoir footprint vs irrigated area

Performance Targets

Target ET Coverage
Expected Uniformity
Peak Demand Reduction
Stress Mitigation Strategy

Cost & Return

Estimated CAPEX
Annual OPEX Savings
Energy Reduction
Water Savings
NanoFlow usable water
Conventional water (20 min/day)
Projected Payback

Validation & Next Steps

Pilot Status
Demo Option
Monitoring Plan
Third-Party Validation
Recommended Timeline
Required Approvals

Notes & Assumptions

Notes are saved with the summary snapshot.
Export / Share Options
Schedule Review
Summary ready.
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