Tunnels for fish farms

Q: Why are subway tunnels for fish farms important?

Subway tunnels allow water to be conveyed in a protected manner and with less impact on the surface, facilitating catchment/drive and return, and helping to stabilize the hydraulic operation and availability of the resource in aquaculture facilities.

Q: What technologies does Eurohinca use to build tunnels for fish farms?

Depending on geology, water table, pressures and routing, Eurohinca can employ trenchless technologies such as microtunnelling and pipe ramming, and select closed shields (e.g. EPB or hydroshield/slurry) when face and water control is required.

Q: What are the benefits of using tunnels in fish farms?

They usually provide less impact on the surface, greater protection of the pipeline against external damage, better integration in sensitive environments and a robust solution for transporting flows to and from the installation, with an execution adaptable to environmental conditions.

Q: What experience does Eurohinca have in the construction of tunnels for fish farms?

Eurohinca has been executing tunneling and trenchless technology projects since 1996, providing expertise in method selection, risk control and execution under demanding geotechnical and environmental conditions.

Q: How does Eurohinca ensure the quality and safety of the tunnels?

Through planning and operational control (excavation parameters, geometric control), quality procedures, and risk management (water, face stability, seating), together with specific safety measures for shafts, hoisting and subway works.

Q: Is it possible to customize the tunnels according to the needs of each fish farm?

Yes, the design is adapted to flow rates, pressures, layout, site restrictions and geological and hydrogeological conditions, defining the construction method and auxiliary works necessary to meet operating and permitting requirements.

Eurohinca (Europea de Hincas Teledirigidas, S.A.), Trenchless specialist since 1996 - 14 TBMs and >120 km executed.

We design and execute tunnels for fish farms (catchment and discharge) with microtunneling (MTBM), HDD y Direct Pipe - precise tracing, minimal turbidity and ISO 9001/14001/45001 compliance. See seawater catchments, submarine emissaries y references.

Underground tunnels for fish farms

In Eurohinca we design and build subway tunnels for fish farms, The tunnels provide safe and efficient technical solutions that guarantee a constant and stable water supply. These tunnels allow aquaculture facilities to optimize their water resource management and increase production sustainability.
Thanks to our international experience, we apply techniques of pipe ramming, horizontal directional drilling y closed shield to adapt to every terrain and guarantee maximum safety on the construction site.

Construction of tunnels for fish farms

Tunnels for fish farms allow the continuous transport of water from natural sources to fish farming systems. This process is carried out with specialized tunnel boring machines and highly durable materials that ensure structural stability and minimal water loss.
In addition, we apply complementary solutions in projects of sea water catchments y drainage works, The tunnel is fully integrated with the aquaculture facilities.

The importance of these infrastructures is recognized by the FAO - Food and Agriculture Organization of the United Nations, which promotes water efficiency and sustainability in the aquaculture sector.

Tunnels and pipelines service specifications for fish farms

Subway and trenchless works for fish farms - such as tunnels, seawater intakes, returns and intake pipes - require a design adapted to the geotechnical, hydraulic and environmental conditions of the coastline. The projects are defined by the following technical parameters:

• Main applications: Tunnels for fish farms, seawater pipelines, deep catchments, subway crossings under existing installations, connections between tanks, visitable galleries and works associated with outfalls.

• Construction methods used: Remote-controlled microtunneling, pipe ramming, Direct Pipe® and, in land sections, horizontal directional drilling (HDD). The choice depends on distance to shore, depth, geotechnical and site constraints.

• Terrain and environmental conditions: Coastal soils, alluvial and saturated sands with frequent presence of water table. In areas close to the coast, high water pressures, permeability and soil behavior against pressurized excavation are considered.

• Design diameters and flow rates: Selected according to the needs of the fish farm (supply, recirculation, rejection). The conduits can be non-visitable (pipes) or visitable (galleries or lined tunnels).

• Length of the sections: Short and medium crossings under facilities, irregular terrain and coastlines, as well as pipelines of several hundred meters from land to the maritime catchment or return area.

• Civil works requirements: Attack and reception wells, working platforms, accesses, pipe and equipment storage area, and arrangement of sludge plant or pumping systems according to the chosen method.

• Compatibility with operation and maintenance: Design of tunnels and pipelines to allow inspection, drainage, ventilation and maneuverability. In non-visitable pipelines, access points and cleaning systems are foreseen according to regulations.

• Quality control and alignment: Continuous monitoring of trajectory, face pressure, thrust, excavated volume and hydraulic parameters of the system. Final verification by means of CCTV, watertightness tests and geometric control of the trajectory.

• Environmental and maritime integration: Adjustment of catchment levels, minimization of impact on coastal areas, compatibility with tides and protection against sediment intrusion, complying with hydraulic and environmental regulations.

What they think of us

International Experience

Projects around the world

We have participated in the construction of tunnels for fish farms in Europe and Latin America, integrating our solutions in large-scale projects. These works are combined with infrastructures such as submarine emissaries y crossings of marine protected areas, which require technical precision and the utmost respect for the environment.
Discover more projects in our works executed.

Tunnels for fish farms: quick response

What are fish farm tunnels?

The tunnels for fish farms are subway solutions associated with aquaculture infrastructures to house pipelines or connections necessary for the operation (e.g. intakes, impulsions or returns), usually in environments where the layout is conditioned by the coastline or by implementation restrictions. For general context, it can be related to submerged applications.

When to use

They are used when the fish farm infrastructure requires solving a section by means of a subway or protected passage, and when opening a trench is not feasible or undesirable due to easements, environmental impacts or site restrictions. For a comparison with other marine cases, you can see sea water catchments y submarine emissaries.

Key data

Approximate location and purpose of the section (what is to be connected or driven).
Sketch or plan with preliminary layout and start/end points.
Known environmental restrictions (access, easements and construction site limitations).

Recommended information

Available site documentation (background, existing plans, constraints).
Requirements of the owner/authority or operator, if applicable.
If trenchless alternatives are evaluated for the stretch, it can provide context microtunnel y Direct Pipe.

Request for information

Do you need a tunnel for a fish farm or a water harvesting system?

News that may interest you

Consult our news about tunnels in aquaculture and fish farms, where we share innovations, work experiences and technical solutions applied to the sector.

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The importance of segmental tunnels in large-scale projects

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Advantages of horizontal directional drilling at infrastructure crossings

Horizontal directional drilling (HDD) has become an essential technique for subway crossings in infrastructure projects.

Frequently asked questions about fish farm tunnels

e solve the most common doubts about tunnels in fish farms: advantages, operation and how we customize each project. For more information, visit our frequently asked questions section.

Why are subway tunnels for fish farms important?

Subway tunnels facilitate water flow, improve water resource management and optimize conditions for fish farming, increasing the efficiency and sustainability of fish farms.

What technologies does Eurohinca use to build tunnels for fish farms?

Eurohinca uses closed shield tunnel boring machines, such as Hydroshield and EPB, to ensure stability, precision and efficiency in the construction of subway tunnels in various geological conditions.

What are the benefits of using tunnels in fish farms?

The tunnels improve water management, reduce environmental impact, optimize space and provide controlled conditions for fish farming, which increases production and product quality.

What experience does Eurohinca have in the construction of tunnels for fish farms?

With more than 20 years of experience and more than 240 completed projects worldwide, Eurohinca is a leader in the construction of subway tunnels, offering innovative and safe solutions for fish farms.

How does Eurohinca ensure the quality and safety of the tunnels?

Eurohinca uses advanced technologies, specialized equipment and a team of engineering and construction experts to ensure quality, precision and safety in every subway tunnel project.

Is it possible to customize the tunnels according to the needs of each fish farm?

Yes, Eurohinca tailors its solutions to the specific needs of each fish farm, considering factors such as soil type, water flow requirements and operating conditions to ensure optimal design and construction.

Solve your doubts in our section of frequent questions.