Water quality
Follow the salinity of your well water over time.
A connected sensor reports TDS and conductivity next to your well’s production, so you can see how quality changes with pumping and season.
Sound familiar?
- You only know the water quality when a sample goes to the lab.
- Salinity changes over a season and nobody notices until a crop or customer does.
- Quality and production live in separate notebooks.
How it works
- 01
We agree the measurement point
Usually on the discharge line or the storage tank, where a sensor can be installed and maintained.
- 02
We install the sensor
A TDS or conductivity sensor reports through the same network as the well meter.
- 03
You follow the trend
Quality appears next to production in the same portal, by day and month.
What you see
- TDS and conductivity
- Readings over time from the installed sensor.
- Temperature
- Where the sensor reports it, alongside the quality reading.
- Quality with production
- Compare quality with pumping sessions and volume on the same timeline.
- Device status
- When the last reading arrived from each sensor.
Already running in the field
35 wells connected and monitored, 12 million cubic metres of water monitored and 6 million sensor readings processed. Our work includes water monitoring with Miyahuna.
Questions we hear
Does a sensor replace lab testing?
No. A sensor shows trends in TDS and conductivity between lab tests. Drinking-water compliance still needs accredited lab analysis.
Can I add quality to a well you already meter?
Yes. A quality sensor can join an existing installation and appear in the same portal.
How often does it report?
The reporting interval depends on the sensor, power and network, and is set for each site.
Let’s talk about your project
Plan your next deployment.
Tell us what you operate, what is already on site and what you need to understand. We’ll help define the equipment, connectivity and software your project needs.