Compact aqua systems · Autonomy by design
Food, water and energy autonomy — in any environment.
Standardised, containerised production systems — aquaculture, aquaponics and horticulture — for islands, overseas territories and isolated sites. We build them with you, train your team, and stay alongside the operation.
First pilot planned 2027
Installed in
2 to 4 weeks
Footprint
Standard containers
Energy
Off-grid capable
Range
Five families
The problem
Remote places pay twice for the essentials.
First on every import: freight, cold chain, spoilage and price volatility on food that could be produced locally. Then again on the alternative — building conventional production infrastructure, where the studies alone can consume most of the budget before a single tank is filled.
1–2
Years
From first study to a running conventional system. Construction alone accounts for 6 to 8 months of it.
60–80%
Of the investment
Absorbed by engineering studies and site installation on a bespoke build.
0
Guarantee
A feasibility study and a detailed design are paid for up front, with no assurance the system performs.
Our role
We don't deliver systems. We deliver autonomy.
Hardware is the starting point. What makes a site self-sufficient is everything built around it — and that is the work we do with the people carrying the project, from the first conversation to a production that runs without us.
We are not selling equipment off the shelf. We qualify the project with you, configure the units around it, train the team that will run it, and stay at your side once the operation is running.
Configured with you, not catalogued
Your context, your market and your goals decide the combination of modules.
Trained, not just delivered
Local operators are trained on standard procedures and hold the know-how.
Supported for the long run
SaaS monitoring platform, maintenance, supply of inputs and further training as the operation grows.
Five solution families. One promise: autonomy.
Production comes first — fish, plants, or both in one loop. Energy, processing and water treatment complete the configuration.
01 · Produces fish
Recirculated aquaculture
High-performance recirculating systems engineered for efficiency, biosecurity and animal welfare.
High productivity
02 · Produces fish & plants
Aquaponics
Integrated fish and plant production within a single recirculating ecosystem. One ecosystem, two harvests.
Resource efficiency
03 · Produces plants
Hydroponics & fertirrigation
Precision crop production with optimized nutrient management and the mineralization module for closed-loop nutrition.
Water efficiency
04 · Supplies energy
Power supply
Reliable energy production, storage and management to ensure complete operational independence.
Energy independence
05 · Transforms produce
Food processing
On-site processing, preservation and packaging to add value and ensure food quality and traceability.
Local value creation
Complementary · Optional
Water treatment
Drinking-water production and wastewater treatment, added when the site needs it. A complement to the production modules, not a prerequisite.
Optional add-on
Compatible by design
All units are engineered to work together seamlessly. Combine the modules your project needs — nothing more, nothing less.
Built to endure
Engineered for resilience, efficiency and long-term performance, with redundancy and interchangeable parts.
The economics of standardisation
Standard units, so the money goes into production.
A TALVEG system is not designed from scratch for each site. Units are pre-assembled and tested in the factory, shipped in standard containers and connected on a light foundation. The engineering has already been paid for — once, for the whole range.
Pre-assembled and factory-tested
Units arrive commissioned, not improvised on site.
No bespoke engineering study
Configuration replaces detailed design.
Standard container transport
Any port, any road, ordinary handling gear.
Interchangeable components
One spare-parts logic across the whole range.
Remote predictive maintenance
Fewer interventions, no specialists on site.
Standardised operator training
The same procedures on every site, transferable.
The trade-off, stated plainly
What a modular platform gives up in economies of scale, it gains back in operations, in biosecurity — each platform is independent — and in technical robustness: redundancy and interchangeable parts.
Growth by phases
Start small. Scale up without writing off the pilot.
Because every unit is standard and compatible, a pilot is not a prototype to be replaced — it becomes the first block of the full installation. Two typical paths:
Path A · Production first
One aquaculture module and one horticulture module. A working pilot at real scale.
Add a second aquaculture module and two more horticulture modules.
Nothing invested in the pilot is lost — it keeps producing inside the larger system.
Path B · Market first
A single aquaculture module to test the market.
Three further modules, plus hatchery and processing.
Diversify into horticulture in aquaponics — securing the operation on two outputs.
Scale
A hotel or resort
Scale
A village of a few hundred
Scale
A farming operation
Scale
An isolated base or industrial site
Illustrative configuration — no site delivered to date
A configuration, end to end
Overseas territory: fresh fish and vegetables for a coastal community.
What a TALVEG project looks like when it is configured rather than designed from scratch. The figures below describe an intended configuration, not a delivered installation.
Context
A coastal community supplied almost entirely by sea freight. Fresh produce arrives at a premium, quality varies with the crossing, and supply breaks with the weather.
Land is available near the shore; grid power is unreliable.
Configuration
Fish — one recirculated aquaculture module
Plants — one horticulture module under greenhouse
Energy — solar generation with storage and backup
Water (optional) — potable water and wastewater treatment
Phase 2 — hatchery and processing added later
Expected outcome
Fish and vegetables harvested weekly, year-round, within a few kilometres of the table.
Production independent of freight schedules and of the grid.
Operated by a trained local team, with remote monitoring from TALVEG.
Capacity extended module by module as demand grows.
A partner at every step
From qualification to autonomy.
Four steps, one commitment: from project definition to long-term support, we are with you.
01
Qualify
We understand your needs, your context and your goals.
02
Configure
We design the right combination of units for your project.
03
Deploy
We deliver, install and commission ready-to-operate solutions.
04
Support
We ensure performance, training and long-term support.
tal·weg
The name
From thalweg — the line a valley follows to gather its water. The lowest path, where flow converges and a place is fed. That is the shape of the idea: bring the essentials to where they are hardest to reach.
Get in touch
Tell us about your site. We'll tell you what it takes.
A short qualification form is in preparation — context, needs, timeline. Until it is live, write to us directly and we will take it from there.
alexis@talvegaqua.com ↗Where we are
TALVEG is in development, with a first pilot planned for 2027. The range is engineered; the first site is being selected.
TALVEG is a project in development, led by its founder in France.
Enquiries welcome from operators, integrators, institutions and investors.