Clean infiltration is key
Aquatextile for permeable parking lots
To depollute stormwater of hydrocarbons and PAHs during infiltration.
Clean infiltration is key
Inspired by living organisms to clean up stormwater
What is a biodegrading aquatextile?
A depolluting aquatextile is a technical textile dedicated to the treatment of biodegradable pollutants carried by stormwater (runoff).
InDi'Green provides natural, maintenance-free treatment of stormwater contaminated by hydrocarbons and PAHs. Thanks to its unique structure, it captures and immobilizes hydrocarbons while releasing a natural active substance that increases and improves the soil's self-purifying capacity. Designed for permeable parking lots, InDi'Green treats 100% of infiltrated stormwater, ensuring clean infiltration and avoiding any stagnation harmful to soil and biodiversity.
Simplifying stormwater treatment
An optimized solution for all permeable parking lots
InDi'Green aquatextile optimizes and systematizes hydrocarbon and PAH fixation and biodegradation processes
Economical
Durable
Maintenance-free
The benefits of managing rainwater
with InDi'Green aquatextile
Clean infiltration
Installed under permeable pavement, InDi'Green treats 100% of the stormwater passing through it, guaranteeing clean infiltration into the ground.
Restoring the water cycle
We drew inspiration from the ability of certain soils to bind and biodegrade organic micropollutants to design the InDi'Green aquatextile.
Soil hydration
By allowing water to infiltrate where it falls, we enable it to follow its natural course, thus respecting the water cycle.
Preserving biodiversity
Aquatextile plays a positive role in soil biodiversity, preserving almost all the functional microbial diversity of soil ecosystems.
Creation of cool islands
Revegetating spaces helps combat urban heat islands through evapotranspiration.
Improving quality of life
Urban soil sealing meets the challenges of the city of tomorrow by reducing runoff, urban flooding and network saturation.
Clean infiltration in 3 simultaneous steps
1
Instantly infiltrates water over its entire surface surface thanks to high permeability > 10.10-2 m/s
2
3
Promotes growth community of endemic endemic micro-organisms to biodegrade hydrocarbons systematically and more rapidly.
InDi'Green treats 100%
of storm water
Discover how our Aquatextile InDi'Green depollutes storm water as it infiltrates.
A turnkey
solution
A ready to use solution
InDi'Green is installed under permeable pavement and is dedicated to the treatment of rainwater from parking spaces (cars and trucks) and permeable parking roads.
A solution with optimized mechanical properties
Specially designed to manage the pollution flow from parked light and heavy vehicles, it's the ideal water treatment solution for waterproofing projects.
Its tensile strength of 20 kN / m is comparable to that of a class 6 geotextile.
A suitably packaged solution
InDi'Green is available in 2 sizes perfectly suited to all parking areas:
2.8 m x 100 m = 280 sq.m.5.6 m x 100 m = 560 sq.m
Ready to use.
Ideal for waterproofing projects (European Climate and Resilience Act)
Adapted to ecological and CSR transition policies
Permeable parking lot
with planted surface
Permeable parking lot
with mineral surfacing
InDi'Green key performances
InDi'Green has a self-purifying capacity
≥ 10.10-2 m/s
High infiltration capacity maintained over time
≥ 99,5%
Fixation of C10-C40 hydrocarbons and PAHs
≥ 20kN /m
Tensile strength
≥ 50 years
Durability NF EN ISO 13438
100%
Sustainable biodegradation
< 1mg/l
Residual hydrocarbon content
InDi'Green can be installed under all permeable coverings
Got a question?
We look forward to hearing from you and will get back to you as soon as possible.
TenCate AquaVia designs aquatextiles that depollute stormwater during infiltration to preserve water and soil quality and protect biodiversity.
As a member of French leading clusters in the fields of water management, the environment and ecological transition, we work to promote sustainable regional development and integrated stormwater management.
We also work with networks of European technical partners.