Built for modern aquaculture challenges

Blue Carbon’s oPods help farms meet sustainability certifications and reduce Scope 1 emissions

Ocean conditions are getting harder to predict — and harder to work with.

Rising temperatures, oxygen stress, and seasonal swings are making it more difficult to maintain consistency, even in well-managed farms. Most systems weren’t built for this kind of volatility. At Blue Carbon, we’re working alongside aquaculture operators to develop tools that are.

How oPod help improve offshore aquaculture

Support healthier, more resilient stock

Reduce stress and mortality, especially during heat events.

Improve water quality and oxygen levels

Keep surface water cooler and more stable — even in shallow or enclosed sites.

Lower the risk of disease and loss

Reduce conditions that drive outbreaks and antibiotic use.

Extend your growing season

Maintain performance during warmer months and across seasons.

Why farms are exploring oPod

Data-ready design means real-time monitoring of dissolved oxygen and temperature. Ocean powered air-pumping for diesel-free oxygen injection. No fuel or grid power required

Runs 24/7 using only wave and solar energy

Delivers pressurised flow to targeted locations across the site

Modular, low-maintenance system built for exposed marine conditions

Government-backed. Industry-supported

Currently being piloted in Australian waters

oPod Aquaculture FAQs

Rising temperatures, oxygen stress, and seasonal swings are making it more difficult to maintain consistency, even in well-managed farms. Most systems weren’t built for this kind of volatility. At Blue Carbon, we’re working alongside aquaculture operators to develop tools that are.

Our trials suggest oPods enhance aquaculture productivity through improved water quality and nutrient delivery.

oPods are engineered for harsh marine conditions and adapt to various aquaculture setups.

By eliminating diesel fuel dependency and reducing equipment maintenance through autonomous operation.