IoT Water Quality Sensor offers 24/7 water quality data management for a variety of environments, including land-based aquaculture, offshore aquaculture, rivers, and ponds.
With the ability to store, visualize, and analyze data, this web-based system provides valuable insights into water quality changes, allowing users to proactively address potential issues in the aquaculture industry.
Water quality data measured by each sensor uploads automatically to AWS via 3G or Wi-Fi. At the same time, users can easily access the data on the IoT Water Quality Sensor web application.
Customize Sensors According to Usage
We can customize sensor configurations for different usage across various scenes.
Land-based farm
Offshore farm
River,Lake,
Pond,Dam
Aquarium,Water-treatment facility
Water quality sensors
- Conduct measurements such as water temperature, dissolved oxygen level, conductivity (salinity), chlorophyll, pH, ORP, and turbidity according to usage.
- Measurements at a water depth of 10m or more are possible with an extension cable.
- For optimal results, we recommend measuring water quality inside fish tanks on land-based farms every 15 minutes and on offshore farms every hour.
Web system
- A 24/7 data management system.
- Send instant notifications to smartphone or PC when outliers are detected.
- Visualize changes in water quality by presenting data in graphs. Download data in CSV format.
Microcomputer
(control board)
- Customize sensors according to usage.
- Specially designed control board is optimized for energy efficiency.
- Can perform in environments with poor lighting conditions.
Housing cover
- Customize sensors according to usage.
- Flexible combination of any three water quality meters of your choice and measure multiple parameters at the same time.
Power supply
(generator/backup battery)
- Three types of power supply (power outlet, solar panel, and battery) are available depending on the installation environment.
Communication module
- Compatible with cellular (3G) or Wi-Fi.
Usage Scenes
Land-based Aquaculture Water Quality Sensor System
Improve quality and production of farmed fish
- Measure water temperature, dissolved oxygen level, salinity, pH, ammonia, turbidity, etc.
- Transmission of data via cellular (3G) or WI-FI.
- Power supply: power outlet
Land-based aquaculture offers several advantages over offshore aquaculture, including improved productivity and reduced environmental impact. However, managing a land-based farm can be time-consuming and costly. That's why we believe in leveraging the power of IT to drive productivity and improve work efficiency in aquaculture.
Offshore Aquaculture Water Quality Sensor System
24/7 remote monitoring of offshore aquaculture fish cages
- Measure water temperature, dissolved oxygen level, salinity, chlorophyll, etc.
- Minimize the expenses of managing aquaculture farms and the fuel costs associated with monitoring fishing grounds.
- Use solar panels as a clean and renewable source of power supply.
Offshore aquaculture is highly susceptible to changes in ocean water quality. Our water quality sensor system helps prevent loss and damage by sending alerts in the event of any deviations detected. The data collected by sensors can also be utilized to conduct in-depth analysis and uncover the cause of any water quality issues.
Environmental Water Quality Sensor System
Monitoring environmental water quality
- Measure dissolved oxygen level, pH, ORP, turbidity, etc.
- Measure water quality in rivers, lakes, and marshes.
- Manage water quality of factory effluent discharge
Our IoT Water Quality Sensor System isn't limited to just aquaculture, it can also be used for monitoring water quality in hot springs and dams. We aim to prevent environmental pollution by leveraging the power of IT.
Case Study
- Kudamatsu, Yamaguchi
- Kudamatsu City Center For Stock Enhancement
Flounder
Interview
- Konan, Kochi
- Kochi University
Yellowtail
Interview
- Obama,Fukui
- Obama Seafood Co., Ltd.
Flounder
Interview
- Shizuoka, Shizuoka
- Strout Inc.
Mackerel
- Nasukarasuyama, Tochigi
- NTT East Kanshinetsu Corporation
Spring water raised puffer fish
- Miyazaki, Miyazaki
- Miyazaki Prefectural Fisheries Research Institute
Fisheries experiment station
- Pearl
Pearl
FAQ
What is the estimated cost for the initial setup and ongoing operation?
It depends on the type of sensor, the power supply method, and the data transmission method. Our team will provide a customized proposal to fit your specific needs during the consultation.
I'm not familiar with IT and I'm a bit worried about whether I'll be able to use the system after it's installed.
Don't worry, a dedicated consultant will be there to assist you before and after you implement the system.
Can the IoT Water Quality Sensor be utilized in locations other than aquaculture fish cages?
Absolutely! Our IoT Water Quality Sensor can be utilized to monitor the quality of various bodies of water, including rivers, factory effluent discharge, golf course water, aquariums, swimming pools, and more.
Is there a notification function for abnormalities?
Yes! You can set a threshold value in advance, and if the water quality measurement exceeds that value, your PC or smartphone will receive an alert notification, even if you're not physically present at the fish cages.
Does the system work during power outages?
For land-based farms, we've got you covered in case of power outages by providing outlets and batteries for backup power.
How long will it take from consultation to the installation of the system?
The installation of the system can be completed as quickly as within a month, but it depends on the season and the type of sensor you choose.
If you have any other questions, please feel free to contact us.
Our Marine Tech Businesses
A web management system that provides 24/7 monitoring of water quality for land-based aquaculture, offshore aquaculture, rivers, and ponds.
Learn moreFisheries DX
Provide solutions to various issues in the field of fisheries by promoting digitalization.
Learn more