THE FUTURE OF SEAFOOD IS ON LAND
THE FUTURE OF SEAFOOD IS ON LAND
THE FUTURE OF SEAFOOD IS
ON LAND
Bringing profitable Aquaculture to the Agriculture sector with land based, future-proof fish farming.
OUR MISSION
Make producing fish environmentally and economically sustainable to feed generations to come.
Aquacultr provides entry into the fastest growing agricultural sector and most consumed protein on the planet.
PROVEN MODEL, NEW USE CASE
In 1950 Australians consumed an average of 2kg of chicken per year. Today they consume over 50kg each year.
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This 2500% increase in consumption was driven by the adoption of a vertically integrated value chain which drove down costs and made chicken meat an affordable and accessible protein.
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Aquacultr has adapted this production model and coupled it with the IP of RAS technology to deliver a scalable, de-centralised and de-risked fish farming model for existing farmers.
DIVERSIFYING WITH FISH
Aquacultr is empowering producers to profitably enter and produce ecologically sustainable seafood on land and diversify farming revenue.
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Our contract grow-out model is designed for accelerated speed to revenue generation through rapid deployment and multiple harvests per year.
FUTURE-PROOFING FOOD, SUSTAINABLY
We are on the brink of fundamental shifts in the food sector with increasing environmental regulation and sustainability focussed policy settings changing the very foundations of our food and farming industries. Our systems are strategically insulated from these shifts through inherent sustainability and minimal environmental impact.
RECIRCULATING AQUACULTURE SYSTEMS
Self-contained, tank-based systems
Indoor recirculating aquaculture allows fish to be grown under controlled environmental conditions in water that is recycled through biological and mechanical filters, with minimal waste exchanged back into the environment and a low volume of water required per unit of production.
The Aquacultr system maximises space efficiency, minimises environmental impact, and ensures optimal conditions for fish growth.
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