Drinking Water
System
Healthy Mineral & Ozone Water Station
Healthy mineral water • Ozone drinking water
Engineering Controlled Water Dispensing Platform
Engineering Model
Select the station architecture. Both models remain inside this Drinking Water System page.
Engineering Inputs
Inputs for Healthy Mineral & Ozone Water Station.
BES Engineering Diagram
WDS600 controls high-flow drinking water and a dedicated low-flow bottle-rinse branch.
AI Engineering Design
AI changes the operating strategy and control setpoints—not the selected architecture without the user.
WDS600 remains fixed. The controller selects the drinking or bottle-rinse branch and applies its approved flow regime.
Performance Summary
The summary updates from the selected model and shared calculations.
Live Calculation
Formula, substitution, result, and engineering interpretation stay connected to the selected model.
FormulaBottles/day × Bottle volume
Substitution100 × 0.75 L
Defines the current station water demand.
FormulaRinse volume ÷ Ozone-water flow × 3,600
Substitution0.112 L ÷ 150 × 3,600
The ozone-water function uses its own controlled branch.
FormulaBottle volume ÷ Drinking flow × 3,600
Substitution0.75 L ÷ 300 × 3,600
The drinking-water function is calculated independently of the ozone branch.
FormulaBottle cycles + flush + scheduled cleaning
Substitution100 cycles + 20 sec flush
One shared duty estimate feeds the summary and runtime graph.
FormulaOutput × MTE ÷ flow × outlet retention
Substitution60 × 0.80 ÷ 300 × 0.10
Final drinking-water performance requires project commissioning verification.
FormulaRated EOG hours ÷ Daily ozone-active hours
Substitution1,000 hr ÷ 0.081 hr/day
EOG duty follows the ozone-water events, not total station availability.
Operating Timeline
Flow, pressure, valve timing, flush timing, runtime, and the selected model sequence.
View Selected Product
Product and documentation links update without navigating to the Hydrogen Water ecosystem solution.