How important is stable flow for analyzers?

Very important. Fluctuations in flow can cause unstable analyzer readings and reduce system accuracy.

Which pump is best for ozone applications?

The J-Series with PTFE or inert materials is ideal for ozone systems due to its resistance to oxidation and compact design

Can ADI pumps handle humid environments?

Yes. ADI pumps are designed for moisture-rich environments and can be configured with heated options to prevent condensation issues.

Gas Sampling Pumps for Aquaculture

Aquaculture gas sampling pumps play a critical role in maintaining water quality, fish health, and system efficiency. In salmon farming and recirculating aquaculture systems (RAS), accurate monitoring of oxygen (O₂), ozone (O₃), and carbon dioxide (CO₂) is essential for optimal performance.

Air Dimensions (ADI) provides oil-free, leak-free diaphragm gas sampling pumps engineered to deliver clean, stable samples for analyzers in aquaculture environments.

Common Mining Applications

Oxygen Monitoring Systems (O₂)	Ozone Monitoring & Disinfection Systems (O₃)
Applications: Dissolved oxygen control systems Aeration and oxygen injection monitoring Analyzer cabinets in fish farms Typical challenges: Need for highly accurate and stable sampling Moisture-laden air → condensation risk Sensitivity of oxygen analyzers to contamination	Ozone is widely used for water treatment and disinfection in aquaculture systems, requiring precise monitoring. Applications: Ozone generator skids Ozone destruct systems Residual ozone monitoring Typical challenges: Strong oxidizing gas → material compatibility issues Pump degradation with non-inert materials Need for contamination-free sampling

CO₂ Monitoring & Off-Gas Analysis	Analyzer Cabinets & OEM Systems
Applications: CO₂ stripping systems Off-gas monitoring in RAS facilities Environmental control systems Typical challenges: Moisture and condensation in gas lines Need for consistent sample flow for analyzer accuracy Mild corrosion depending on humidity levels	Typical challenges: Limited space → need for compact pumps Noise constraints in indoor installations Requirement for oil-free operation to protect analyzers

ADI Solutions for Aquaculture Applications

ADI pumps are designed to ensure precise, contamination-free gas sampling for sensitive aquaculture monitoring systems.

R-Series Dia-Vac® Pump Double Head Hazardous Area

Highly Reliable and Configurable

Durable

Rugged design built to withstand particularly harsh environments.

Reliable

Long product lifespan and easily field serviceable.

Explosion Proof

CSA/NEC/ATEX/IECEX certified options available for hazardous area applications.

See our R-series Pump

H-Series Dia-Vac® Pump Heated Head

High Performance & Accuracy

Fast & Accurate Sampling

Ensures quick response time with high sample integrity

Reliable & Low Maintenance

Built for long operation with minimal servicing

Flexible & Configurable

Adaptable setup options to fit different applications.

See our H-series Pump

How to Select the Right Pump (Quick Guide)

When designing an aquaculture gas sampling system, consider:

Gas type (O₂, O₃, CO₂)
Presence of moisture and condensation risk
Material compatibility (especially for ozone)
Space constraints and noise requirements
Required analyzer flow rate (SLPM)

👉 Tip: Ozone applications require PTFE or fully inert wetted materials to prevent premature pump failure.

Find Your Pump

Frequently Asked Questions (FAQ)

Oil contamination can damage oxygen and ozone sensors, leading to inaccurate measurements and system inefficiencies.

Aquaculture Gas Sampling Pumps for Oxygen, Ozone & CO₂ Monitoring