Building a fish farm, a hatchery, a Recirculating Aquaculture System (RAS), or upgrading an existing facility represents a significant investment. Yet many projects encounter difficulties not because of the equipment installed, but because the actual requirements were not properly identified and assessed from the outset.

The role of an aquaculture engineering consultancy goes far beyond producing drawings or selecting equipment. It acts as a true owner's engineering advisor, translating the project owner's objectives into a coherent, reliable, and economically viable technical solution.

Why Define Your Requirements Before Choosing Technical Solutions?

Building a fish farm, a hatchery, a Recirculating Aquaculture System (RAS), or upgrading an existing facility represents a significant investment. Yet many aquaculture projects experience difficulties not because of the equipment itself, but because the project's actual requirements were not properly identified and assessed from the outset.

The role of an aquaculture engineering consultancy extends far beyond producing drawings or selecting equipment. It acts as a trusted technical partner, transforming the owner's objectives into a reliable, efficient and economically sustainable engineering solution.

Define the Requirements Before Selecting Equipment

One of the most common mistakes is to start an aquaculture project by choosing pumps, filters, oxygenation systems, UV disinfection units or biofilters.

The correct approach is exactly the opposite.

An engineering consultancy first performs a comprehensive assessment of all the parameters that will determine the project's success, including:

• cultured species;
• production targets;
• stocking densities;
• biological and zootechnical requirements;
• available water quantity and quality;
• environmental and regulatory constraints;
• energy demand;
• investment budget;
• operating costs;
• future expansion opportunities.

Using these data, the engineering team develops hydraulic, biological, energy and process calculations to accurately size every component of the installation.

This engineering methodology prevents both oversized systems—which unnecessarily increase capital and operating costs—and undersized installations that may compromise production performance, fish welfare and operational reliability.

Protecting Your Investment

Aquaculture facilities often represent investments of several hundred thousand—or even several million—euros.

Every engineering decision directly affects the long-term profitability of the operation.

Poor design may result in:

• reduced biological performance;
• fish losses;
• excessive energy consumption;
• operational and maintenance difficulties;
• production downtime;
• costly modifications after commissioning.

An independent engineering consultancy helps secure these investments before construction even begins.

Unlike equipment suppliers, its objective is not to promote a particular product but to identify the technical solution that best meets the owner's operational, biological and financial objectives. This independence ensures objective engineering decisions based exclusively on the project's actual requirements and long-term performance.