Built for the ocean. Made for farmers.

Blue Carbon’s oPods give farms a self-powered way to protect stock, reduce costs, and stay ahead of heatwaves, HABs and low-oxygen events.

The ocean is changing. It’s time to upgrade our tools.

Warmer seasons, lower oxygen, and more frequent stress events are driving higher fuel use for bubble curtains, aeration, and pumping — costs that keep climbing, even when growers are doing everything right.

Operators know these challenges better than anyone. At Blue Carbon, we stand with farmers, building tools for the realities of today and the demands of the future — tools that ease the load, lower running costs, and help protect stock using the power of the ocean itself.

How oPod helps your aquaculture operations

Bring your ocean online

oPod Mini™ lets your forecast heatwaves, HABs and oxygen risks early enough to act.

  • Scalable swarms for site-wide coverage.
  • Bring your ocean online - see what's coming 24/7.
  • Detailed data plus predictive AI means faster, better decisions.

Why farms are exploring oPods

Data-ready design means real-time monitoring of dissolved oxygen and temperature.
Ocean-powered air-pumping for diesel-free oxygen injection.

Lowers OPEX instantly.

No fuel or grid power required. Runs 24/7 using only wave and solar energy.

Owned, real-time data. Fewer surprises in a warming ocean.

Delivers pressurised flow to targeted locations across the site.

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.

In tests off Okehampton Bay in November 2024, surface-layer temperatures were recorded as 2–2.5 °C cooler than ambient conditions.