CIP water monitoring and a live process water balance for dairy plants
CIP water monitoring measures the water, chemicals and energy every clean-in-place cycle uses, per circuit and per step. Aqueduct reads CIP skid data alongside plant SCADA, baselines each cycle, flags cycles that use more than they should, and places CIP inside a live process water balance from source to discharge, so reuse of rinse water and condensate is measured, not assumed.
Why CIP is the water line nobody can see
One meter for the whole plant
CIP, process, boiler feed and washdown all sit behind one supply meter, so nobody can say what a single clean costs.
Cycles that drift
A valve that does not seat, a longer rinse or a sensor out of calibration adds water to every cycle without anyone noticing.
Reuse on paper
Final rinse recovery, cow water from evaporators and condensate return are in the design, but nobody measures how much is actually reused.
Volume, not cost
Water, caustic, acid, steam and effluent load are counted separately, so the full cost of one clean is never added up.
What Aqueduct measures for each CIP cycle
| Step | Measured | What it tells you |
|---|---|---|
| Pre-rinse | Water volume, source (fresh or recovered), duration | How much recovered rinse water is actually used before fresh water |
| Caustic wash | Volume, temperature, conductivity, make-up chemical dosing | Chemical and heat use per clean, and whether strength is held |
| Intermediate rinse | Volume and return conductivity | Whether rinsing stops when the line is clean or runs on a fixed timer |
| Acid wash | Volume, temperature, conductivity, dosing | Acid use per circuit and per week |
What the numbers say.
of steam traps may fail in systems left unmaintained for 3 to 5 years, and CIP runs on that steam.
Source: US DOE Steam Tip SheetSources1 references cited on this page
Related
Common questions
Start by measuring each circuit per cycle and per step, then compare cycles against a baseline. Common findings include rinses running on fixed timers, valves not seating and recovered rinse water going to drain. Aqueduct flags these with the step and circuit, and your team decides the change.
No. CIP recipes and food safety validation stay with your team and your CIP supplier. Aqueduct reads the skid and SCADA data, finds cycles that use more than their baseline and routes the evidence to the people who own the recipe.
Yes. Final rinse recovery, evaporator condensate and treated water reuse are metered into the same balance as fresh water, so reuse is reported from measured volumes rather than design figures.
Yes. Every clean is recorded stage by stage, with the volume and conductivity of each rinse and wash. Aqueduct compares a cycle with that circuit's own history, so a valve that no longer seats shows up within days instead of at month end. See clean-in-place.
See Aqueduct on your own facility.
Bring a site, a utility bill or a question. We will show you where the loss is.