Platform

The Quantify Environmental platform

Quantify Environmental is an industrial IoT integrator. We install wireless sensors and meters throughout your facility and bring the readings into custom, real-time dashboards. The result is an Energy Management Information System (EMIS) your team can use to manage water, energy, equipment and production from anywhere.

We manage the project from assessment through commissioning and ongoing dashboard support. When licensed trades are required, we coordinate their work to our specification and remain accountable for the complete system. You always have one point of contact.

Our platform is hardware agnostic. If you already have meters, a PLC, a SCADA historian or a production database, we can connect it and bring it into one centralized dashboard.

Book a site visitSee the dashboard

Explore a typical Quantify dashboard.

Skip the dashboard

Example period

The tabs, example period, motion and expand controls need JavaScript. Every panel below is server-rendered and complete for the default range, and without script they simply stack.

Site time America/Toronto · Wed 5 Aug 2026 23:30:00
Readings refresh every 30 s · Last reading Wed 5 Aug 2026 23:30:00

Water main

Flow rate (L/min)

Overnight flow continues

OVERNIGHT FLOORShift startCIP cycle
Sample day · Wed 5 Aug 2026 · 30-minute means
Interpret this chart

What changed: Water continues to flow overnight.

Why it matters: Off-hours demand adds to the daily intake even when the lines are idle.

What to check: Check the cleaning schedule, cooling demand and valve positions.

Next step: Isolate unexplained draws, then compare the overnight floor.

Effluent meter

Daily intake and effluent (m³)

Reconcile intake and effluent

9 Jul 2026 to 5 Aug 2026 · Daily totals · Check meter timing and other outlets

Hour by day

Select a cell to inspect its day
7 day heatmap (m³)

Afternoon cleaning draws repeat

1 Aug 2026 · 14 · 13 m³

Scroll horizontally to view all columns. Use arrow keys to inspect a cell.

30 Jul 2026 to 5 Aug 2026 · Hourly totals (m³) · SCALE P5–P955.018 m³

Daily use

Daily consumption (m³)

Base load remains on weekends

30-DAY AVG7 Jul 2026: 281 m³8 Jul 2026: 280 m³9 Jul 2026: 282 m³10 Jul 2026: 280 m³11 Jul 2026: 215 m³12 Jul 2026: 160 m³13 Jul 2026: 280 m³14 Jul 2026: 282 m³15 Jul 2026: 282 m³16 Jul 2026: 282 m³17 Jul 2026: 280 m³18 Jul 2026: 214 m³19 Jul 2026: 160 m³20 Jul 2026: 278 m³21 Jul 2026: 282 m³22 Jul 2026: 282 m³23 Jul 2026: 281 m³24 Jul 2026: 282 m³25 Jul 2026: 214 m³26 Jul 2026: 159 m³27 Jul 2026: 281 m³28 Jul 2026: 281 m³29 Jul 2026: 279 m³30 Jul 2026: 280 m³31 Jul 2026: 281 m³1 Aug 2026: 215 m³2 Aug 2026: 159 m³3 Aug 2026: 280 m³4 Aug 2026: 281 m³5 Aug 2026: 282 m³
7 Jul 2026 to 5 Aug 2026 · Daily totals

Sankey diagram

Sources to end uses (L/min)

Unaccounted: 16 L/min

municipal to cip, 69 L/minmunicipal to pasteurizer, 44 L/minmunicipal to washdown, 34 L/minwell to boiler, 33 L/minmunicipal to tower, 32 L/minrecovered to cip, 26 L/minwell to tower, 22 L/minmunicipal to unaccounted, 16 L/minrecovered to washdown, 13 L/minCity main196 L/minWell W-255 L/minRecovered CIP rinse38 L/minCIP · Lines 1 to 395 L/minCooling tower makeup54 L/minSanitation washdown47 L/minPasteurizer44 L/minBoiler feed33 L/minUnaccounted16 L/minCity main to CIP · Lines 1 to 3: 69 L/min, 24% of total flowCity main to Pasteurizer: 44 L/min, 15% of total flowCity main to Sanitation washdown: 34 L/min, 12% of total flowWell W-2 to Boiler feed: 33 L/min, 11% of total flowCity main to Cooling tower makeup: 32 L/min, 11% of total flowRecovered CIP rinse to CIP · Lines 1 to 3: 26 L/min, 9% of total flowWell W-2 to Cooling tower makeup: 22 L/min, 8% of total flowCity main to Unaccounted: 16 L/min, 5% of total flowRecovered CIP rinse to Sanitation washdown: 13 L/min, 4% of total flowCity main196 L/min68% of totalWell W-255 L/min19% of totalCIP rinse38 L/min13% of totalCIP95 L/min33% of totalCooling54 L/min19% of totalWashdown47 L/min16% of totalPasteurizer44 L/min15% of totalBoiler feed33 L/min11% of totalUnaccounted16 L/min5% of total
Sample day · Wed 5 Aug 2026 · Mean flow (L/min) · Shares of total source flow

One unified dashboard.

Bring existing meters, PLCs, SCADA systems and historians into the same dashboard as our sensors. Your data is logged continuously, remains yours, and supports the analytics your team uses to find changes and opportunities.

Technology & hardware

Wireless sensors, built for the factory floor.

Industrial monitoring starts at the asset. Our sensors observe the equipment without controlling it or changing how it operates.

  • Wireless
  • Battery-powered, and they run for years on one long-life cell
  • Industrial-grade
  • Read-only, so nothing we install can change how your factory runs

No manufacturer makes the best sensor for every application. We select the right instrument for each measurement — flow, current, temperature, pressure, vibration or level — and connect it to the most appropriate gateway and network for your site.

We use 900 MHz long-range wireless (LoRaWAN, Digi XBee and similar) to connect sensors to the site gateway.

A sensor on the asset

The base station and antenna

The roster

What can we measure?

If it flows, moves, burns, fills, drains, heats, spins or cycles, we can probably measure it. We also combine related signals — for example, compressed-air flow, pressure and compressor runtime — because a single reading rarely tells the whole story.

45 things we measure

The filter needs JavaScript. Everything we measure is listed below either way.

013

Energy and power

Break the bill down by the loads you can change.

  • Electricity, mains and sub-usersThe incomer and the loads under it, permanently metered.
  • Current drawClamp-on transformers on the feeds that matter.
  • Demand peaks and load profileWhere the peak lands, and what set it.

025

Water, gas and compressed air

Every utility stream on the main and on each sub-user, compressed-air monitoring included.

  • Water and liquid flowMains and sub-users, litre by litre, non-invasive where it can be.
  • Natural gasMains and sub-users, so a boiler stops hiding inside the site total.
  • Compressed airFlow and pressure, which is how leak load becomes a number.
  • Propane tank monitoringLevel and draw-down on the tank, with a reorder threshold.
  • The meters you already havePulse output, Modbus or an existing PLC tag, read as-is.

037

Process and operations

Continuous production data many factories have never captured.

  • PressureLine, header and vessel, continuously rather than on a round.
  • Tank and silo levelNon-contact level with a low-level alert. Nobody climbs anything.
  • TemperatureProduct, ambient and asset, with NIST-certified probes where the record matters.
  • Runtime, cycles and ratesHow long it ran, how many it made, how hard it was firing.
  • Water detectionFlood protection under tanks, in pits and around the electrical room.
  • Soil moistureFor growers and grounds, on the same dashboard as everything else.
  • LightAmbient light levels, indoors or in a growing environment.

048

Air quality

What the people on the floor are breathing, logged.

  • Air temperatureRoom by room, cooler by cooler.
  • Relative humidityDry stores, coolers, packaging halls.
  • Particulate matter (PM2.5)Dust and fine particulate, continuously.
  • Carbon dioxideVentilation, fermentation and confined spaces.
  • Carbon monoxideFired equipment and forklift traffic.
  • Hydrogen sulfideWastewater and digester environments.
  • Air pressureRoom differential, so a clean space stays positive.
  • Air velocityDuct and hood velocity where extraction matters.

056

Water quality

What is in the water going out, not just how much of it.

  • pHEffluent, process water and CIP returns.
  • Total suspended solidsThe number a wastewater surcharge is usually priced on.
  • Electrical conductivityDissolved salts, and a cheap early warning on a process upset.
  • Dissolved oxygenAeration control and treatment performance.
  • Oxidation reduction potentialDisinfection and treatment chemistry, live.
  • Water temperatureIncoming, process and discharge.

065

Predictive maintenance

Equipment often shows signs of deterioration before it fails. Continuous monitoring helps your team see those changes early.

  • Vibration, three axisMotors, pumps, fans and gearboxes, trended against their own baseline.
  • Bearing and casing temperatureThe other half of the same story, on the same asset.
  • Motor currentDraw over time, which moves before a failure does.
  • Acoustic and ultrasonicAirborne ultrasound on bearings, valves, steam traps and compressed-air lines.
  • Structural movementLinear displacement on frames, racking and structures.

076

Asset monitoring

Where it is, whether it moved, whether somebody opened it.

  • Motion and occupancyRooms, cells and restricted areas.
  • Proximity and rangingDistance to a target, continuously.
  • AccelerometersShock and movement on things that should not move.
  • GPS locationTrailers, totes and equipment that leaves the yard.
  • Open and closedDoors, gates, hatches and panels.
  • Button triggersA person on the floor logging an event by hand.

085

Analog signals and integration

If it already puts out a signal, we can read it and carry its telemetry with everything else. We do not rip things out.

  • 4-20 mA current loopThe workhorse output on legacy instruments.
  • 0-10 VVoltage output from controllers and sensors.
  • Pulse output and pulse frequencyUtility meters that already count.
  • Dry contactRun, fault and status contacts on existing gear.
  • Modbus and existing PLC tagsRead-only, off the tag your controls team already trusts.

Bring your facility data online — one practical measurement at a time.

It starts with a walk around your floor. A few hours with your team, then an honest read on where industrial IoT monitoring is worth starting, what the return looks like and whether funding is available.

Book a site visitSee the case studies

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