ENVIRONMENTAL SOLUTIONS
Manual sampling tells you what a discharge looked like on the morning someone took a bottle to the lab. Gate-IoT builds continuous automatic monitoring — probes, samplers, data loggers, and the software above them — so the record is complete, timestamped, and ready when it is asked for.
The gap between samples is where the risk lives.
A discharge can breach its limit for hours between two scheduled samples, and nothing in the record will ever show it happened.
Inspectors look at data availability before they look at the values. Unexplained gaps are treated as a failure of the system.
Compiling monthly submissions from lab certificates and spreadsheets takes days, and every manual step is a place to be questioned.
Without a live reading, the first sign of a problem is a result that arrives after the discharge has already left the site.
The full chain for each measurement point: probe, conditioning, logger, transmission, and the record at the end of it.
pH, COD, TSS, ammonium, temperature, colour, and flow at the discharge point, measured in the channel and compared against permitted limits.
Dust, SO₂, NOₓ, CO, and O₂ from boilers and process stacks, corrected to reference conditions the way the permit requires.
PM2.5, PM10, VOC, and noise around the site boundary — the measurements that neighbours and inspectors raise first.
A sampler triggered by an exceedance keeps a physical bottle from the moment in question, so a disputed reading has evidence behind it.
Readings sent onward to the monitoring authority on the schedule and format required, without anyone re-keying them.
The monitoring system watches itself: calibration due, analyser faults, and every data gap logged with its reason.
Screens and limits are configured to the permit that applies to your site — the examples above show the views we set up first.
Cabinets are built and wired by us, then commissioned against the permit conditions for that point.
Compliance systems are judged on the record they produce, so we start from what has to be proved.
Which parameters, which limits, which reporting interval, and which points. Everything downstream follows from this, so we start here rather than with a catalogue.
Analysers matched to the range and matrix, sampling and conditioning to keep them reading correctly, and the cabinet to house it all.
Built, wired, calibrated, and verified against reference measurements before it is declared operational.
Consumables, calibration, and remote diagnosis — because a station that stops reporting is worse than one that was never installed.
Tell us the parameters, the limits, and the reporting interval you are held to. We will come back with a station design, a device list, and what it costs to run each year.
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