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Aquaculture Monitoring Solution

Aquaculture Water Quality Monitoring System

Continuous sensor-to-cloud monitoring for fish farms, shrimp ponds, marine cages, tank systems, and RAS facilities.

Integrate DO, pH, salinity, temperature, turbidity, algae, and nutrient sensors with CoreLink data logging, telemetry, dashboard visibility, and alarm notifications.

Request System Configuration View Recommended Products
DO / pH / Salinity / Temperature
RS485 / Modbus
4G / Ethernet
Cloud Dashboard & Alarm
Aquaculture farm monitoring deployment
Sensor Node
CoreLink RTU

Cloud Dashboard

Live
DO
5.52
pH
7.48
Salinity
28.6
Temp
26.3
Cloud rule engine active

Low DO Alert

Site: Pond 02

DO
3.12 mg/L
Time
08:32

Parameter Monitoring

Water Quality Parameters Monitored

Select standard or project-specific parameter combinations according to species, site type, water body, and operation requirements.

01

Dissolved Oxygen

Core parameter for feeding safety, fish activity, and low-oxygen event alerts.

Optical DO Sensor

02

pH

Tracks chemistry stability for ponds, tanks, shrimp systems, and treatment loops.

Digital pH Sensor

03

Temperature

Supports oxygen compensation, feeding decisions, and water-quality analysis.

Integrated Temp Probe

04

Salinity / Conductivity

Important for brackish ponds, marine cages, and water-exchange control.

Conductivity / Salinity Sensor

05

Turbidity / TSS

Indicates suspended solids, feed waste, and water clarity conditions.

Turbidity / TSS Sensor

06

ORP

Useful for oxidation-reduction status and disinfection-related monitoring.

ORP Sensor

07

Chlorophyll / Blue-Green Algae

Supports algae bloom risk monitoring and early warning across ponds and reservoirs.

Fluorescence Sensor

08

Ammonia / Nutrients

Useful for nutrient accumulation, advanced water-quality management, and compliance.

NH4 / Nutrient Sensor

Monitoring Challenges

Common Aquaculture Monitoring Challenges

Low Oxygen Risk

Dissolved oxygen can drop quickly at night, after feeding, or during algae shifts.

Manual Sampling Gaps

Grab samples miss short-lived events between routine inspections and pond rounds.

Multi-Site Visibility

Operators need comparable data across ponds, cages, tanks, intake points, and discharge stations.

Delayed Response

Without alarm rules, abnormal conditions may be discovered too late for effective action.

System Architecture

From Field Sensors to Cloud Dashboard

Project-configurable for pond, cage, tank, intake, and mixed aquaculture monitoring environments.

01

Water Quality Sensors

DO, pH, salinity, conductivity, temperature, turbidity, algae, and nutrients.

Pond or cage sensor station

Water Quality Sensors
02

CoreLink Data Logger / RTU

Local acquisition, protocol conversion, telemetry, and edge integration.

RS485 / Modbus / 4G / Ethernet

CoreLink Data Logger / RTU
03

CoreLink Cloud

Historical data, alarm thresholds, dashboards, user roles, and project visibility.

Cloud dashboard and rules

CoreLink Cloud
04

Farm Operation Layer

Aeration decisions, feeding response, water exchange, and inspection workflows.

Actionable operations layer

Farm Operation Layer

Configuration

Recommended System Configurations

Choose a configuration based on site scale, monitored parameters, communication conditions, and project requirements.

Entry Configuration

Basic Pond Monitoring

Best for small ponds, pilot farms, and daily visibility upgrades.

  • Optical dissolved oxygen sensor
  • pH sensor with temperature compensation
  • Optional salinity / conductivity sensor
  • Compact CoreLink logger with cloud alarm threshold
AS-DO-20 Optical Dissolved Oxygen Sensor AS-pH-14 Digital pH Sensor CL-DAQ-10 Multi-Channel Data Logger
Request Basic Configuration

Most Common Farm

Standard Multi-Parameter Station

Best balance for pond clusters, tank farms, and integrated treatment loops.

  • AquaSonde multi-parameter sonde
  • DO / pH / salinity / conductivity / turbidity / temperature
  • Online analyzer or display unit
  • CoreLink logger with multi-point dashboard and alerts
5-Slot Multi-Parameter Water Quality Sonde AP-OMP-700 Online Multi-Parameter Analyzer (7-inch Touchscreen) CL-DAQ-10 Multi-Channel Data Logger Ocean Integrated Observation Platform
Request Standard Configuration

Project Configuration

Advanced Coastal Aquaculture System

Best for marine cages, contractor-managed projects, intake channels, and environmental reporting.

  • Multi-parameter sonde with algae and nutrient options
  • Floating platform, pile station, or intake monitoring point
  • 4G / Ethernet telemetry with cloud dashboard
  • Integrated observation package with project BOM support
asd-mp-06 Ocean Integrated Observation Platform AP-OMP-700 Online Multi-Parameter Analyzer (7-inch Touchscreen)
Request Project Configuration

Application Scenarios

Built for Practical Aquaculture Operations

Fish Pond Monitoring 01

Fish Pond Monitoring

Monitor DO, pH, temperature, and turbidity for daily water-quality operations and early warning.

Shrimp Pond Monitoring 02

Shrimp Pond Monitoring

Track salinity, pH, DO, temperature, and water-exchange conditions across multiple ponds.

Marine Cage Monitoring 03

Marine Cage Monitoring

Deploy multi-parameter sondes on floating frames or nearshore stations for continuous visibility.

RAS / Tank Farm Monitoring 04

RAS / Tank Farm Monitoring

Use online sensors and analyzers for tanks, recirculation equipment, and treatment loops.

Intake & Discharge Water Monitoring 05

Intake & Discharge Water Monitoring

Monitor incoming and discharge water quality for process control and environmental compliance.

Workflow

From Data to Actionable Alarm

1

Sensor Measurement

Sensors measure water-quality parameters at the selected point.

2

Edge Data Acquisition

CoreLink logger collects, stores, and manages device telemetry.

3

Remote Transmission

Data is sent by 4G, Ethernet, or project-configured uplink.

4

Cloud Dashboard & Alarms

Users review real-time data, trends, site maps, and alarm rules.

5

Operational Response

Teams adjust aeration, feeding, water exchange, and inspection schedules.

Example System BOM

Core Modules for This Architecture

Module Model Purpose
AS-DO-20 Optical Dissolved Oxygen Sensor AS-DO-20 Fluorescence-method dissolved oxygen sensor with three field-tuned variants for portable, fixed wastewater, and aquaculture deployment.
AS-pH-14 Digital pH Sensor AS-pH-14 Industrial digital pH sensor with isolated power, automatic temperature compensation, and Modbus RTU output for continuous online monitoring.
5-Slot Multi-Parameter Water Quality Sonde ASD-MP-05 57 mm 5-slot multi-parameter sonde — the balanced mid-size body in the AquaSonde range.
AP-OMP-700 Online Multi-Parameter Analyzer (7-inch Touchscreen) AP-OMP-700 Industrial online multi-parameter analyzer with 7-inch colour touchscreen, simultaneous five-channel sensor support, and OEM/ODM customisation.
CL-DAQ-10 Multi-Channel Data Logger CL-DAQ-10 Industrial dual-core data logger with 2 × RS232, 10 × RS485, 32 GB storage and LCD HMI for integrated marine monitoring.
Ocean Integrated Observation Platform CLC-OCEAN Cloud dashboard for marine field data, remote observation, and alarm visibility.

Actual configuration depends on the number of monitoring points, required parameters, mechanical structure, communications method, and project documentation scope.

System Modules for Aquaculture Monitoring

System-Oriented Solution

We combine sensors, loggers, analyzers, and dashboards into a quotation-ready architecture instead of selling isolated parts.

Marine & Farm Deployment Experience

The same architecture can be adapted for ponds, cages, tank farms, intake stations, and coastal observation points.

Industrial Interfaces

CoreLink supports common field signals, serial protocols, telemetry, and integration workflows used in real projects.

Project-Ready Support

We can prepare module matching, BOM suggestions, and system configuration guidance around the monitoring scope.

Zenocean positions this as a marine sensing and integrated observation solution provider, not only a single-device catalog.

FAQ

What parameters are usually monitored in aquaculture? +

Most projects start with dissolved oxygen, pH, temperature, and salinity or conductivity. Turbidity, ORP, algae, COD, and ammonia or nutrient sensors are added when the site, species, or compliance scope requires them.

Can the system send alarms? +

Yes. CoreLink Cloud can be configured with threshold alarms, warning rules, and multi-site monitoring logic so operators can react before water-quality events escalate.

Can Zenocean provide only sensors? +

Yes, but this page focuses on the full system path from sensors to telemetry and cloud visibility. We can also quote single probes, sonde packages, data loggers, or project bundles.

Can the system work with third-party platforms? +

In many projects, yes. CoreLink hardware supports common interfaces and protocol handling, so the integration path depends on the target platform, signal type, and site requirements.

Is the system standard or customized? +

Both. We start with standard modules and then match the configuration to the number of points, parameter mix, deployment environment, power conditions, and communications method.

Recommended Products

Core Products in This Solution

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Request a Configuration

Request an Aquaculture Monitoring Configuration

Send us your site type, required parameters, number of monitoring points, power condition, and communication method. We will prepare a suitable system BOM and quotation.

Site & ParametersMonitoring PointsPower ConditionCommunication MethodDashboard & Alarm
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