This photobioreactor system, equipped with spiral tubing and integrated lighting, provides optimal mixing and illumination conditions for cultivating microalgae, supporting research in biotechnology, bioenergy, and environmental applications.
In this video, you can see the Nutrient Film Technique (NFT) in action, where plants thrive without soil as a thin stream of nutrient-rich water flows around their roots, supporting fast and sustainable growth.
This video shows a pilot facility designed to demonstrate an aquaponic system.
This video shows the preparation carried out for adding the essential chemicals required in aquaponic systems.
This video demonstrates how essential nutrients are calculated and supplemented to maintain balance in an aquaponic system.
This video was recorded on November 17, 2025, at Tongoy Technical High School in Chile, where watercress and mint are being cultivated in an aquaponic system. The footage highlights the progress of the plants and demonstrates how the system supports the growth of leafy vegetables through nutrient-rich water circulating from the fish tanks.
In this video, carefully measured chemicals are added into the tank.
This video shows the selection of farmed fish for examination purposes.
Advancing the construction phase of the aquaponic facility, a significant step toward establishing an integrated, efficient, and sustainable aquaculture–hydroponic production system.
The aquaponic system has been initiated with the stocking of tilapia fry, marking the first stage in establishing a sustainable and balanced aquaponic production environment.
As part of our project activities, visits are being conducted to aquaponic facilities established in collaboration with our partner educational institutions. These visits aim to strengthen cooperation, share technical knowledge, and support the development of sustainable aquaponic practices.
This video shows how lettuce is stocked and monitored in our aquaponic system combining fish farming and plant cultivation in a sustainable way. During the process, team members explain how seedlings are placed, how growth metrics are collected, and how nutrient flow from the aquaculture tank supports plant development.
These fish were introduced into our aquaponic system last May at a weight of just 15 grams. After six months of sustainable cultivation, they have now reached approximately 400 grams. This growth reflects the efficiency and environmental benefits of integrated aquaponic systems combining fish farming and hydroponic plant production in a circular and resource-efficient way.
This video, recorded on November 17, 2025, at Tongoy Technical High School in Chile, shows the cultivation of rainbow trout within an aquaponic system. The footage highlights how fish growth is monitored and how the aquaculture component supports the overall functioning of the integrated system.