Water-related IoT: Water Quality Monitoring System (Ammonium and Nitrate)
■ Cloud service for automating water-related operations ■
This is a cloud-based water quality monitoring system. It automates the calibration, measurement, and cleaning of ammonium ions (NH4+) and nitrate ions (NO3-), which are important indicators of the nitrification cycle. It enables a reduction in the workload of water quality management in aquaculture facilities (seed production, research on aquaculture technology, and development of aquatic vaccines). 1. Data Collection Function ● Measurement Items: Ammonium Ion: NH4+ / Nitrate Ion: NO3- ● Required Time: 25 minutes (Calibration: 20 minutes / Measurement: 5 minutes) 2. Web Display Function ● Display of Latest Measurement Values ● Download of CSV Data / Graph Display 3. Alarm Function ● Non-Arrival Email: Notifies via email when measurement data does not reach the cloud. ● Threshold Email: Notifies via email when thresholds (upper and lower limits) are exceeded. ● Alarm Device: Notifies with a flashing light when thresholds (upper and lower limits) are exceeded. ● Automatic Voice Call (Emergency Call): Notifies via voice to mobile phones when thresholds are exceeded. ▶ For more details, please [Download the Catalog] ◀
basic information
【Equipment Configuration】 1. Automatic calibration, measurement, and cleaning device 2. Ion electrodes (NH4+: Ammonium ion / NO3-: Nitrate ion) 3. IoT control device 4. Router (SIM card) * Client devices (PC, smartphone, tablet) should be provided by the user. * Aquaculture equipment (aquaculture tanks, feeders, oxygen generators, filtration tanks, de-worming tanks, pumps, sterilization lamps, etc.) should be provided by the user. * The router (SIM card) is a rental item and must be returned after the contract ends.
Price information
We will provide a quote individually. If you would like customization to suit the specific application on-site, please consult with us.
Delivery Time
Model number/Brand name
M2MSTREAM
Applications/Examples of results
【Applications / Benefits of Introduction】 ■ In aquaculture facilities (seed production, research on breeding and cultivation techniques, development of aquaculture vaccines), it becomes possible to reduce the workload of water quality management. ■ By analyzing the correlation between water quality and feeding amount historical data, it becomes possible to reduce costs by optimizing feeding plans. ■ By adjusting water temperature, it becomes possible to shorten the cultivation period and adjust shipping times, allowing for stable shipments throughout the year. ■ Accumulation of data makes it easier to comply with traceability requirements that demand guarantees of the quality of aquatic products and rearing conditions.
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