System Design and Engineering Services

System Design and Engineering Services

Today, aquaculture investments are not only about production—they are also high-technology projects that demand engineering precision. At Akuakare, we develop projects grounded in scientific principles and designed with a strong engineering approach. We provide tailored project support for professional facility developers, public initiatives, and university research centers.

📐 Target Audience: Professional facility developers, public projects, university research centers


RAS & Open System Facility Design

✔ Engineering layouts prepared for both recirculating aquaculture systems (RAS) and open systems
✔ Optimum system typology determined according to species, capacity, and site location

CAD and Flow Simulations

✔ Facility layout plans prepared with CAD-based 2D/3D drawings
✔ Dynamic simulations performed for critical parameters such as flow velocity, water circulation, and oxygen transfer

Hydraulic Calculations & Equipment Optimization

✔ Detailed hydraulic calculations for piping, pumps, filtration, and return lines
✔ Energy-efficient equipment selected to minimize consumption and maximize performance

Automation and SCADA Design

✔ Automation systems integrated for monitoring parameters such as oxygen, temperature, and pH
✔ SCADA-based control panels configured for remote monitoring and intervention

Integrated Planning for Live Feed and Hatchery Systems

✔ Dedicated modules developed for artemia, rotifer, and microalgae production systems
✔ Synchronization between hatchery operations and live feed production ensured

Special Projects for Multi-Species Aquaculture

✔ Integrated systems developed for combined species production (e.g., mussels + fish)
✔ Regional water flow, feeding, and filtration structures designed to meet the specific needs of different species


Akuakare engineering is not just about drawing a project—it is about transforming it into a living system.
With our advanced engineering approach, we design sustainable, efficient, and fully controllable production environments.