Industries

Food & Beverage Processing

Connect water and energy use to cleaning, production yield and process performance.

CIP systems, pasteurizers, chillers and washdown processes often run on schedules established years ago. They can consume water and energy whether production is active or not, while a monthly bill provides no way to separate one load from another. Permanent submetering makes those schedules visible so your team can adjust them and verify the result—often with little or no capital spending.

Meters on the incoming main, CIP skid and washdown lines show where each shift’s water goes. Because many CIP recipes rely on fixed timers, a rinse may continue after it has achieved its purpose. Measuring litres per cycle and per circuit helps sanitation teams identify extended rinses, leaking return valves and the circuits worth investigating first.

The same principle applies across the facility. Pasteurizer water may continue flowing between runs, condenser fouling can raise refrigeration head pressure at the same load, and a cold room can drift overnight. A monthly bill combines these events into one total; interval data separates them by time, process and cause.

Your Scope 1 and Scope 2 emissions may form part of your customers’ Scope 3 inventories, which is why requests for measured energy data keep increasing. The same measurement approach supports a facility water balance: compare each source with known end uses and quantify what remains unaccounted for. Because the balance is built from permanent meters, it can be updated continuously instead of becoming a one-time report.

Food & Beverage Processing

Photo slot · industry-food-beverage — pending the photography cull (§K.3 #27).

What we typically measure in this sector.

Nine monitoring categories appear repeatedly across our projects. The items below are the ones most relevant to this sector, with links to examples of what each has revealed.

  1. 01

    Water

    At typical industrial water and sewer rates, a continuous 10 L/min leak can cost more than $15,000 per year.

    Submetering helps isolate the source, and monthly reviews keep the corrective action moving.

  2. 02

    Electricity

    Demand charges can represent 30–40% of an industrial electricity bill.

    Interval data shows when peaks occur and whether load shifting, peak shaving, or rescheduling offers the best return.

  3. 03

    Natural Gas

    Unnoticed operational changes quietly inflate heating bills 10–20%.

    A monthly bill hides the cause; interval data shows when the baseload begins to rise.

  4. 04

    Compressed Air

    Leaks silently consume 20–30% of compressor output.

    Continuous flow and pressure monitoring shows the leak load, helping your team prioritize repairs and verify the savings.

  5. 08

    Temperature & Humidity

    A manual 6 a.m. round takes time and captures only one moment.

    Continuous monitoring records temperature, humidity and humidex around the clock — and lets you check them from your desk, phone, or lunchroom TV.

  6. 09

    Process Monitoring

    Operator experience identifies the question. Process data gives the team evidence to act on.

    Track cycle counts, runtime, firing rate, and product temperature—the operating details a utility bill cannot show.

The money facts are §D.7’s and carry [TOM-REVIEW] before launch — §K.2 #15.

What the data looks like.

Representative operational data, not a client result. The shapes are real; the factory is not.

CIP water · last 24 h
PRODUCTION BASELINEPre-rinseChangeover cleanFinal rinse ran 30 min long≈ 15,000 L past the recipe, every cycle
LAST 24 H · 30-MIN BUCKETS · DASHED = PRODUCTION BASELINE
Chart data
IntervalCIP supply (L/min)
00:0059
00:3054
01:0050
01:30418
02:00407
02:30183
03:00186
03:3098
04:0096
04:30523
05:00506
05:30506
06:00144
06:30150
07:00146
07:30146
08:00157
08:30144
09:00154
09:30152
10:00139
10:30150
11:00150
11:30147
12:00144
12:30141
13:00364
13:30357
14:00156
14:30160
15:00159
15:30143
16:00144
16:30156
17:00149
17:30156
18:00157
18:30148
19:00158
19:30161
20:00150
20:30150
21:0055
21:3066
22:0064
22:3069
23:0058
23:3070
CIP water per cycle · by circuit
DESIGNLIMITC1 HTST: 3,900 LC2 Filler: 5,200 LC3 Blend: 2,600 LC4 Tanks: 4,100 LC5 Lines: 9,400 L3,9005,2002,6004,1009,400
LITRES PER CYCLE · DASHED = DESIGN · RED = LIMIT
Chart data
IntervalValue (L)
C1 HTST3,900
C2 Filler5,200
C3 Blend2,600
C4 Tanks4,100
C5 Lines9,400

Representative sets are flagged provenance: representative in src/data/widgets/ and are hot-swappable for the real sets (G6) with no markup change (§K.3 #28).

What it found in factories like yours.

  • water

    Pasteurizer water use reduced from 28.0 to 5.5 m³/day

    Carlsberg Canada

    Pasteurizer water use fell from 28.0 to 5.5 m³/day, producing approximately $38,400 in annual savings through operational changes alone.

  • compressed-air · water

    More than 450,000 litres saved in four months

    PDI Bulk

    PDI Bulk saved more than 450,000 litres of water in four months and produced a clear before-and-after view of compressor performance.

  • Illustrative scenario

    temperature-humidity

    A cold-storage alert at two in the morning

    A cold storage operation

    An overnight refrigeration fault was detected before product temperature was affected.

  • Illustrative scenario

    cooling-towers · energy

    Refrigeration condenser fouling detection

    A food storage and processing site

    Head pressure rose while refrigeration load remained constant, revealing condenser fouling and quantifying its energy cost.

See all 7 food and beverage case studies

Book a site walk.

We spend a few hours on your floor with the people who run it, and by the end of that walk we can tell you what we saw, what we would meter first, and roughly what it is worth.

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or call 1-833-QUANTFY (1-833-782-6839)