Natural Grass
The Art of the Surface
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Aquaflow is an active and smart closed-loop water management system, combining water storage and subirrigation.
The system is designed to irrigate lawns without wasting water
or discharging into the environment and thus move towards water self-sufficiency and 0 phyto.

Elevating sports
standards while preserving
our planet

Zero
Water
Waste.

how it works

aquaflow

Active and smart closed-loop water management system,
combining water storage and subirrigation.
Rainwater storage
in a storage system
Irrigation directly
at the roots
Smart water cycle
management via an app

GET CONTROL
OF YOUR PITCH

Control all pitch parameters via an app
Real-time water level control in the pitch

Irrigation, drainage, root oxygenation, 3-zone mode.
Precise overview

Substrate moisture levels, water consumption and savings, soil conductivity.
3-zone mode

Pitch divided into 3 zones for precision irrigation zone by zone

HYDRAULIC UNIT
MADE IN FRANCE

Automated control unit for regulating
the water level in the substrate.
Modules manufactured and assembled in Essonne, France
Patented System
Limit your
Water Footprint

Benefits

aquaflow

Limit your
Water Footprint

With its closed-loop system, Aquaflow minimizes water loss (no wastewater discharge) and helps reduce the water footprint of sports pitches.
Each year, Aquaflow enables water savings of 50% to 100% and ensures water self-sufficiency during restrictions.

Strengthen nature

Aquaflow draws inspiration from nature and strengthens it.
Capillary irrigation of the pitch ensures agronomic properties superior to those of a traditional irrigation system: deep roots and a dense, resilient grass cover.

Reduce the use
of pesticides

By keeping water below the soil surface, Aquaflow reduces surface moisture, the formation of heat islands, and the growth of fungi that cause pitch diseases, lowering the need for pesticides.

Target 0

ZERO
leaching
ZERO
surface moisture
ZERO
disease 
ZERO
pesticides
No Water,
No Game.

UseCases

aquaflow

Jean-Bouin Stadium

The first 0 water waste pitch in the world
An extraordinary project in the heart of Paris
The construction of Jean Bouin Stadium was a technical feat, with work completed in 8 weeks, compared to several months typically required for a similar project.

Since the end of the project, remarkable results have been observed : a pitch of exceptional durability, remaining flawless despite heavy use for both football and rugby.

Context

aquaflow

Lawns at high risk of turf diseases

The diseases that attack stadium and training center turf and training centers develop certain resistances. Some pathogens, such as pyricularia oryzae, can destroy an entire a pitch in just a few days.

Natural lawns in peril due to droughts and water shortages.

Summer climatic conditions (repeated heatwaves and droughts) force clubs to limit watering. While high-level infrastructures are still spared from prefectural decrees of total watering bans, legislations are expected to tighten over the years, and training centers will likely be excluded from exemptions.

Lawns at high risk of turf diseases

The diseases that attack stadium and training center turfs develop certain resistances. Some pathogens, such as pyricularia oryzae, can destroy an entire a pitch in just a few days.

More frequent and intense floodings

Approximately 1.8 billion people worldwide are exposed to significant flood risk. France is not spared, as evidenced by the repeated floods in the north of Europe in winter 2023 and the severe summer storms. In this context, what role can sports clubs and particularly sports fields play?

Compatible with all hybrid pitch systems
used in major competitions

Augmented Pitch
read more
Stitched Pitch
read more
Lay&Play System
Read more

Dinstinctions

aquaflow

Research project partially funded by the I-nov program of ADEME
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