Projects

We specialize in the design, prefabrication, installation, and biological maintenance of your facility. Our team provide guidance during all project phases, from concept and design to installation and commissioning.

The design solution is based on a containerized RAS facility, integrated with existing support systems, including the energy center and water intake.

The system comprises two RAS units, each equipped with a drum filter designed to remove particles from the water, with a capacity of 55 m3/h. Water filtered by the drum is collected in a reservoir and then pumped to a CO2 degasser. From there, the water flows by gravity back into the reservoir, with an option to bypass it back to the drum filter sump.

This facility has an impressive annual production capacity ranging from 3,600 to 4,000 tons, specializing in Grow-out systems integrated into a Recirculating Aquaculture System (RAS). The infrastructure encompasses vital elements including a hatchery transitioning to Grow-out, water intake treatment, central energy management, facilities for fish transport and grading, sludge treatment, purification systems, and an on-site slaughterhouse.

At this project, we contributed to boosting the production capacity by delivering 8 additional biofilters and degasser modules. These pre-fabricated tanks made of polyethylene (PE) were smoothly integrated into the current Recirculating Aquaculture System (RAS) facility, resulting in improved efficiency and increased output.

This facility offers effective incubation solutions by employing a Recirculating Aquaculture System (RAS) in tandem with a water intake system. These integrated systems consist of incubation jars, our exclusive North AquaCulture RAS, the water intake system, and temperature regulation mechanisms.

The hatchery facility features an advanced Recirculating Aquaculture System (RAS) with precise temperature regulation capabilities. Consisting of 12 hatchery units, the system employs our exclusive North AquaCulture RAS technology to uphold ideal conditions. Moreover, the temperature regulation function maintains a consistent and favorable environment for the hatchery process.

To enhance production efficiency, we’ve initiated an EC upgrade by introducing a chiller with an exchanger for precise temperature control. This upgrade seamlessly integrates with the current Recirculating Aquaculture System (RAS) facility, boosting its overall efficiency and performance.