Recover heat from continuous blowdown
Estimated saving
US$ 9,800/yr
≈ 426 t/yr · 2026-08 rate
- Investment
- US$ 24,000
- Payback
- 30.5 months
- 5-year NPV
- US$ 11,785
- IRR
- 28%
Round · Boiler 2 · round 2
Adqueo EnergyAlpha access
Find the waste. Verify every saving.
Balance by network and by equipment, regression baselines, and measurement and verification for every project. Adqueo Energía turns your readings into an investment plan with calculated payback, and into savings that finance and auditors accept.
In alpha access for a small group of plants. No published prices: we quote based on your plant.
EnergíaPlant and networks · Networks by energySample view
Main electricity
Electricity · kWh · 09/01 – 09/16 · 16 full days
Unmetered5.0%28,806 kWh of 576,112Within the limit · reference limit 10%
Electricity flow
kWh · 09/01 – 09/16 · width is proportional to the quantity
Main electricity576,112 kWh
Transformation and efficiency
- Turned into air and cooling
- 46.0%
- Compressors and chiller
- Boiler pumps
- 8.0%
- Feed water
- Direct production
- 41.0%
- Packaging
The cost of air and cooling is already in this energy, so the Summary does not add it again.
Reference range
What a plant usually leaves on the table
10–20%
of a plant’s consumption can usually be cut with low-risk operational and capital measures.
20–30%
of compressed air produced is typically lost to leaks when the network has no control program.
Every improvement with its investment, payback, and measured saving
An opportunity portfolio with economic evaluation (investment, net savings, NPV, IRR, and simple payback) and a measurement agreement before execution. You prioritize by value, not by hunch, and every project closes with its verified saving.
- 01Detected
- 02Economic evaluation
- 03Measurement agreement
- 04Execution
- 05Tracking
- 06Verified
EnergíaOpportunities · BoardSample view
Estimated potential
US$ 61,600
per year · 7 active opportunities
Planned investment
US$ 119,400
across active opportunities
Estimated NPV
US$ 107,323
sum of each case, at its horizon and rate
Verified
4
see their savings in Savings
Variable speed drive on feed pumps
Estimated saving
US$ 7,200/yr
≈ 64,286 kWh/yr · 2026-08 rate
- Investment
- US$ 18,500
- Payback
- 32.1 months
- 5-year NPV
- US$ 7,742
- IRR
- 25%
Energy review · Electric loads · 2025 review
Replace insulation on header valves
Estimated saving
US$ 4,700/yr
≈ 204 t/yr · 2026-08 rate
- Investment
- US$ 6,200
- Payback
- 16.1 months
- 5-year NPV
- US$ 11,264
- IRR
- 69%
Round · Pressure-reducing station · round 6
Oxygen trim control on boiler 2
Estimated saving
US$ 16,600/yr
≈ 42,564 Nm³/yr · 2026-08 rate
- Investment
- US$ 31,000
- Payback
- 23.1 months
- 5-year NPV
- US$ 30,164
- IRR
- 43%
Manual · Higher gas use at start-up
Recover water from the final CIP rinse
Estimated saving
US$ 8,400/yr
≈ 7,304 m³/yr · 2026-08 rate
- Investment
- US$ 17,500
- Payback
- 25.8 months
- 5-year NPV
- US$ 13,348
- IRR
- 37%
Manual · Higher water use in CIP
- Continues in ProjectsIn execution · 1
- Continues in SavingsIn verification · 1 · Verified · 4
- Out of the portfolioPaused · 1 · Rejected · 1
From the meter to the verified saving
Metering, baseline, verification, and data quality on a single record: the saving you report is the one that was measured.
EnergíaSummary · By energySample view
US$ 295,787.98
7.7%vs. the same stretch of 2025- Electricity22%
- Natural gas69%
- Water5%
- External steam5%
Cooling and compressed air are produced on site with energy already paid for: they are not added again.
576,112kWh
4.5%vs. the same stretch of 2025Estimated US$ 64,525
Oct 25 – Sep 26 · dotted line: prior year
Summary
Cost and consumption by energy, against last year
Purchased energy cost with its basis, each energy’s consumption in its own unit, and twelve months against last year. In a minute you see where spending goes up.
- Cost split across purchased energies
- Year-on-year change by energy and by plant
- Air and cooling allocated without double-counting cost
EnergíaData status · Readings by meter and daySample view
Readings by meter and day
Data
Complete data before any saving is calculated
A daily map per meter: readings approved, in review, missing, or by invoice. A saving calculated on incomplete data does not hold up; here you catch it before the close.
- Missing readings by each meter’s frequency
- Expired calibrations flagged on their readings
- CSV or Excel imports validated before saving
EnergíaTrends · Compared with the baselineSample view
Period consumptionMeasured
1,089,620 kWh
ComparisonEstimated
4.21% below expectedMain electricity kWh· 08/18/2026 – 09/16/2026 · daily
- Main electricity kWh
- Expected from the baseline (estimate)
- ±2 RMSE band: training error, not a confidence interval
An estimate, not a verified saving.
Trends
Actual consumption against a production-adjusted baseline
Regression with up to four variables, such as production or operating hours, and a ±2 RMSE band. You separate the effect of your measures from the effect of producing more or less.
- R², RMSE, and residuals for every model
- A warning when comparing outside the trained range
- Version approved by a reviewer and locked
EnergíaSavings · Verified savings by periodSample view
Chiller control optimization
8 periods · January 2026 – August 2026
Verified
26,531.1 kWh cooling
Verified savings by period (kWh cooling)
| Period | Saving | Status | ||
|---|---|---|---|---|
| August 2026 | 539,980.6 | 535,930.8 | 4,049.9 | Verified |
| February 2026 | 546,111.9 | 548,296.3 | −2,184.4 | Verified Negative −0.4%: consumption above the baseline |
Savings = baseline + adjustment − actual, verified by the agreed reviewer.
Savings
Verified savings, period by period
Savings = baseline + adjustment − actual consumption, under the measurement agreement approved before execution. Every period is calculated, pending, or verified; negative months are reported too.
- Reviewer approval with attached evidence
- Corrections that keep the original approval
- Money value kept apart from the physical saving
EnergíaData status · Quality queueSample view
Quality queue4
- Missing data
Readings missing since 09/28
15 meters · 2 days with no reading. The September close stays pending until they are loaded.
- Open balance
Water balance open
Unmetered rises from 12.3% to 25.5% between 09/10 and 09/16. Reference limit 15%. Possible leak.
- Expired
Calibration expired: Gas · Boiler 3
Expired on 09/24. Its readings keep coming in, flagged for review.
- High unmetered
Compressed air: 28% unmetered, steady
Above the reference limit (20%) for the whole period.
Quality
Leaks and deviations caught in time
Each network’s balance against its unmetered limit, reading gaps, and expired calibrations in a single queue. A water or air leak shows up as a signal, not on next month’s bill.
- Unmetered share per network against its reference limit
- Every signal links to the network, the meter, or the import
- A signal becomes an investigation or an opportunity
Numbers that hold up in an audit
EnergíaSettings · EnergiesSample view
- ElectricitykWhPurchased
- Natural gasNm³Purchased
- Waterm³Purchased
- CoolingkWh coolingGenerated on site
- SteamtBoilers + external
- Compressed airNm³Generated on site
Every energy in its own unit
kWh, Nm³, m³, t, and cooling kWh are never added together. Energy transformed on site (air, cooling, own steam) never doubles its cost.
EnergíaBasis of every figureSample view
- MeasuredA meter reading
- InvoicedThe supplier’s bill
- EstimatedCalculated, no reviewer
- VerifiedApproved by the reviewer, with evidence
Estimated is not verified
Every figure declares its basis: measured, invoiced, estimated, or verified. Finance knows which number it can sign.
EnergíaRecord historySample view
Operations loaded 412 September readings09/27 18:04
Consultant corrected EL-BOMB · version 209/28 09:12
Manager approved the 2026 baseline09/28 11:30
Consultant published the September report · v110/01 16:45
Full traceability
Who loaded, corrected, approved, or published, and when. A published version is never edited: it is corrected, with a record.
Automatic metering and IoT
15-minute data, not just the monthly bill
Adqueo Energía stores and analyzes interval series from smart meters and power analyzers: peak demand, overnight base load, and any day’s profile against another. Each source (meter, gateway, or SCADA) is connected within the project scope; meanwhile, data comes in from CSV or Excel.
- Peak demand and its time, against the same day of another year
- Base load 00–06 h: what the plant consumes without producing
- Coverage per interval: you know which data is missing and since when
EnergíaRelevant variables · 15-minute intervalsSample view
15 minutes · kWh
Electricity · 15-minute intervals
Peak
1,922 kW at 14:15
2,106 kW on 09/17/2024
Base load 00–06 h
1,125 kW
1,072 kW in 2024 (+5%)
Profile of a Tuesday (kW)
Consultants and ESCOs
Your energy consultancy, on a single platform
If you manage energy for several clients, My consultancy brings the portfolio together: each company’s cost, improvements, and alerts, its visit agenda, and every period’s reports. Each client sees only its own data.
- Portfolio with utility cost, improvements, and alerts per client
- Access by company, plant, and role; private consultancy notes
- Read-only auditor access with an expiry date
EnergíaMy consultancy · Inbox and portfolioSample view
Consultancy center
Inbox and portfolio
A view of each client and its next decision.
- Clients in portfolio
- 3
- Plants
- 5
- Projects and opportunities
- 29
- Open alerts
- 21
- 100% metered
Alimentos del Sur
Food and beverage · 1 plant · 13 improvements
US$ 1,117,956 Utility cost · 2026-09
13 alerts to review - 96% metered
Cervecería Altiplano
Beverages · 2 plants · 9 improvements
US$ 642,310 Utility cost · 2026-09
5 alerts to review - 88% metered
Agroindustria Valle Verde
Agribusiness · 2 plants · 7 improvements
US$ 388,540 Utility cost · 2026-09
3 alerts to review
On-site service · El Salvador
Energy audit with Tecapa Electric
Tecapa Electric engineers walk your plant, survey meters and networks, measure where submetering is missing, and deliver the opportunities with their investment and payback. The result is loaded into Adqueo Energía, so savings tracking starts the same day.
A service by
On-site service available in El Salvador. The Adqueo Energía platform is available in every country.
- 01
Walkthrough and survey
We walk the plant with your team: meters, electricity, steam, air, water, and cooling networks, and the equipment that consumes the most.
You leave with: Meter inventory and network diagram
- 02
Field measurement
We measure where there is no submetering to close each network’s balance and locate unmetered consumption.
You leave with: Balance per network with unmetered consumption quantified
- 03
Baseline and opportunities
With your history and your production we build the baseline and the improvement portfolio, each item with investment, estimated savings, and payback.
You leave with: Opportunity portfolio prioritized by value
- 04
Measurement and verification plan
For the improvements you decide to execute, we agree how the saving will be measured before any work starts.
You leave with: Measurement agreements ready in Adqueo Energía
How you will get started
Adqueo Energía is in alpha access with a small group of plants. We start with a single one: the plant that spends the most.
- 01
Today
Request access
Leave your details and tell us which plants and energies you want to track. We use that to prepare the conversation.
You leave with: A place in the alpha program
- 02
Week 1
Conversation and scope
We review your meters, your bills, and how you record consumption and production today. We pick a plant and the energies that weigh most on cost.
You leave with: Pilot scope and the list of data to gather
- 03
First weeks
Meters, history, and baseline
We load your meters and your history from CSV or Excel, build the metering network, and train the first baseline.
You leave with: A baseline approved by a second person
- 04
Then
First improvements with a measurement agreement
We bring two or three opportunities to the board with their economic evaluation and agree how they will be measured before execution.
You leave with: The first period report, published
Start with the plant that spends the most
Alpha access for a small group of plants. Bring your latest bill and your meter list: in the first conversation we locate where the biggest savings potential is.