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DRAINTUBE FTB

Elevated or perched groundwater conditions can create significant disruption and structural damage, such as slab heave due to the build-up of hydrostatic uplift...

ALVEODRAIN EV

The stagnation of infiltrated water in contact with buried walls can compromise the longevity of the buildings. A protection of the foundations with a drainage...

DRAINTUBE SPORT

For more than 15 years, DRAINTUBE® SPORT has been used with success to drain synthetic or natural...

DRAINTUBE GAS

Construction of new buildings on old industrial sites with polluted soil or on areas with the potential for elevated indoor radon levels, requires the installation...

DRAINTUBE

As part of the Leachate Collection and Removal System (LCRS), the leachate collection layer at the bottom of the cell limits the hydraulic head level over the...

DRAINTUBE

As part of the Leachate Collection and Removal System (LCRS), the leachate collection layer in the slopes of the cell limits the hydraulic head level over the liner...

DRAINTUBE

After operation, the landfills are covered by a final impermeable cover system It aims to limit the infiltration of rainwater into the waste (thus the generation of...

DRAINTUBE FTP

After operation, the landfills are covered by a final cover system It aims to limit the infiltration of rainwater into the waste (thus the generation of leachate)...

ALVEOTER

ALVEOTER® has a permeable three-dimensional structure that allows the soil to be confined and...

AFITER

AFITER® is a three-dimensional reinforcement flexible mat made with polyester cables. Its unique...

GEOTER F

Many sites are affected by the presence of natural or man-made underground cavities. These cavities can cause the soil to collapse on the surface or be destabilised,...

GEOTER FN

Many sites are affected by the presence of natural or man-made underground cavities. These cavities can cause the soil to collapse on the surface or be destabilised,...

NOTEX GX

Civil engineering structures built on soils with low bearing capacity, on clay soil with a high water content or organic soil can be exposed to compaction, due to...

GEOTER F

Civil engineering structures built on soil with low bearing capacity, clay soil with a high water content or organic soil can be exposed to compaction, due to the...

GEOTER FN

Civil engineering structures built on soil with low bearing capacity, clay soil with a high water content or organic soil can be exposed to compaction, due to the...

NOTEX C

The construction of linear infrastructures and engineering structures on compressible soil requires the development of deep foundation solutions such as rigid...

ALVEOTER

ALVEOTER® has a permeable three-dimensional structure that allows the soil to be confined and...

AFITER

AFITER® is a three-dimensional reinforcement flexible mat made with polyester cables. Its unique...

NOTEX C

NOTEX® C is a flexible reinforcement geogrid made with polyester cables enclosed in an acrylic...

DRAINTUBE

The installation of a drainage system in the road foundation meets several objectives: Control of the pore pressure in the...

DRAINTUBE FTF

Cut sections involve large and high slopes that need to be stable to avoid landslides. In case of groundwater, drainage masks construction using granular material,...

DRAINTUBE

The installation of a drainage system under railways solves many problems that can be encountered. On compressible...

DRAINTUBE FTF

Efficient drainage behind MSE walls is essential to isolate the reinforced soil structure from possible water infiltrations and thus preserve the...

ALVEODRAIN EV

An efficient drainage of the foundations of engineering structures is essential to their longevity. Indeed, the presence of water creates additional hydrostatic...

DRAINTUBE

Lined ponds are often built close to the water table or on soil made up of organic materials likely to release gases when decomposing. Rising water, air and gases...

AFITER

AFITER® is a three-dimensional reinforcement flexible mat made with polyester cables. Its unique...

ALVEOTER

ALVEOTER® has a permeable three-dimensional structure that allows the soil to be confined and...

NOTEX C

NOTEX® C is a flexible reinforcement geogrid made with polyester cables enclosed in an acrylic...

NOTEX C

NOTEX® C is a flexible reinforcement geogrid made with polyester cables enclosed in an acrylic...

DRAINTUBE

Extrados drainage of underground structures such as cut and cover tunnels, limits the hydraulic head on the structure and prevents water infiltration.

DRAINTUBE FTF

Internal drainage is of vital importance to the stability and reliability of earth dams. Drainage systems regulate seepage in the dam itself and in its foundation,...

DRAINTUBE

To increase the capacity of dry stacks, since the footprint is generally limited, the height of the pile is often enhanced. The main problem with high stacks, often...

M3S

The construction of infrastructure sometimes requires developing or creating slopes. The M3S®...

DRAINTUBE CONDUCTIVE

To protect the groundwater from leachate infiltration, the construction or extension of Municipal solid waste and Industrial waste landfills incorporates single or...

DRAINTUBE CONDUCTIVE

To protect the groundwater from the infiltration of mine tailings and process water, the construction of the ponds integrates single or double sealing systems. The...

DRAINTUBE FTP

After operation, the tailings storage areas are covered by a final impermeable cover system. This is important for the protection of the environment by preventing...

GEOTER F

Mining conditions are extremely complex and can pose significant risks in terms of the safety of infrastructures and individuals, as well as production efficiency....

DRAINTUBE

Lined ponds are often built close to the water table or on soil made up of organic materials likely to release gases when decomposing. Rising water, air and gases...

DRAINTUBE

After operation, the tailings storage areas are covered by a final impermeable cover system. This is important for the protection of the environment by preventing...

DRAINTUBE

When draining leachates as part of metal extraction operations in leach pads, DRAINTUBE® provides a...

DRAINTUBE

To ensure tailings dewatering, DRAINTUBE® provides a suitable solution to recover as much fresh...

GEOTER W

Civil engineering structures built on soils with low bearing capacity, clay soil with a high water content or organic soil can be exposed to compaction, due to the...

DRAINTUBE

Roof terraces, esplanades and underground reservoirs must be protected from water ingress and accumulation under slabs or paving stones. An effective drainage system...

DRAINTUBE LFG

During landfill operation, Landfill Gas (LFG) is collected through horizontal collector trenches regularly placed in the waste mass. The zone of influence of each...

DRAINTUBE LFG

The construction of temporary covers allows the operator to limit the infiltration of rainwater into the waste mass (and thus the production of leachate) and also to...

DRAINTUBE CW

The construction of temporary covers allows the operator to limit the infiltration of rainwater into the waste mass (and thus the production of leachate) and also to...

ALVEODRAIN EV

To dissipate hydrostatic pressures behind the concrete walls of underground structures (tunnels, covered trenches), a drainage and filtration system must be...

DRAINTUBE CONDUCTIVE

To protect the groundwater from the infiltration of polluted water (process water, leachate, etc.), the construction of the ponds integrates single or double sealing...

DRAINTUBE FTF

Internal drainage is of vital importance to the safety and reliability of tailings dams. The rate at which the tailings consolidate and the sensitivity of the...

GEOCONDUCT

The realization of a leak detection campaign by geo-electric method on single or double liner systems increases the safety of the containment structure with respect...

GEOCONDUCT

The realization of a leak detection campaign by geo-electric method on single or double liner systems increases the safety of the containment structure with respect...

GEOCONDUCT

The realization of a leak detection campaign by geo-electric method on single or double liner systems increases the safety of the containment structure with respect...

GEOTER F

The construction of linear infrastructures and engineering structures on compressible soil requires the development of deep foundation solutions such as rigid...

AFITER 3D

The AFITER® 3D range is particularly well suited to : road infrastructure, capping waste storage facilities (ISD) hydraulic structures ...

AFITER 3D

The AFITER® 3D range is particularly well suited to : road infrastructure, capping waste storage facilities (ISD) hydraulic structures ...

NOTEX® PAV

The behavior of pavements changes according to the dynamic stresses and climatic variations to which they are subjected. NOTEX® PAV...

Synthetic baseball field – QC, CANADA

The new Henri Casault synthetic baseball field in Quebec City is drained with DRAINTUBE geocomposite under the entire playing surface.

Drainage Under concrete slab – AUSTRALIA

DRAINTUBE is used in replacement of the gravel drainage layer and separation geotextiles for the groundwater drainage under concrete slab.

LFG collection on landfill temporary cover – CA, USA

DRAINTUBE is used for LFG collection on landfill temporary covers under the liner.

Base tailings dam drainage – BC, CANADA

DRAINTUBE has been used for pore pressure release at the base of tailings dams or as finger drains.

Drainage behind MSE walls – QC, CANADA

DRAINTUBE FTF protects the MSE wall from water infiltrations in the reinforced structure. It replaces granular drainage layers.

GEOTER reinforcement geosynthetic in landfill piggyback expansion

Design and Installation of the GEOTER PVA reinforcement geosynthetic for the vertical expansion of an existing waste disposal facilitie (piggyback landfill)

Radon Gas Mitigation - Sub-slab Depressurization

DRAINTUBE® GAS geocomposite is used as part of the Sub-slab depressurization (SSD) system, under the vapor barrier to collect and evacuate soil gas (radon, COV, biogas, etc).

Afitex-Texel wishes you a wonderful year 2022

In 2022, let's build new projects together!

Unifrax and Lydall are now Alkegen

Alkegen brings together two of the world’s leading specialty materials companies to create one new, innovation-driven leader focused on battery technologies,...

Check out the guide : Recommendations for the use of geosynthetic reinforcement to reduce the risks associated with a localised collapse

Discover the guide of recommendations for the use of geosynthetic reinforcement to reduce the risks associated with a localised collapse.

Improving railway drainage

Check out the new publication from the Geosynthetics Magazine, about the railway drainage and how it is possible to improve it using multi-linear drainage geocomposites, such as...

Successful tailings dewatering design using multi-linear drainage geocomposites

Check out the new publication from the Mining Engineering Magazine, Society for Mining, Metallurgy & Exploration Inc. (SME), about...

Sub-slab depressurization and Radon mitigation

Check out the new publication from the GeoCalgary2002 conference on the use of multi-linear drainage geocomposites DRAINTUBE® as part of the sub-slab depressurization system providing...

Seasons greetings

From all of us at AFITEX-TEXEL

A new management team for AFITEXINOV

Yves Durkheim, President of the AFITEX Group, co-shareholder of Afitex-Texel, will soon leave his position after 31 years at the head of the group he created in 1992 with Didier Benamu:...

Our DRAINTUBE solution dedicated to fluid drainage is endowed with a new logo !

A new logo for a historical product

Join our team ! We're hiring !

Afitex-Texel Geosynthetics inc. is looking for a Western Technical Sales representatives to develop Western USA and Western Canada zone.

Let's meet at GEOAMERICAS 2024 from April 28 to May 1rst !

Afitex-Texel Geosynthetics inc. will be at stand 29

Federation of NY Solid Waste Association Conference & Trade Show 2024

Booth 202 from May 19 to 22

A New Brochure for Contaminated Sites & Soils

Discover the new AFITEXINOV solution, made up of 3 layers, quick to install and economical, as it keeps polluted soil on site by confining it!

GéoMontréal 2024

Let's meet from September 15 to 18 at Hôtel Bonaventure Montréal

Québec Mines + Energie 2024

Meet us on stand 205 on November 19 & 20!

Sparring Capital accompanies AFITEXINOV

Watch the video

AFITEX-TEXEL will attend SWANA NJ Spring Conference

April 3 & 4, 2025 - Golden Nugget Hotel

Conference of Stephan FOURMONT at SWANA NY on May 21

Sagamore Resort, next wednesday at 9.45 AM

We have been awarded the ECOVADIS silver medal!

We are proud to announce that AFITEXINOV from AFITEX Group has been awarded the ECOVADIS silver medal, an international distinction that rigorously assesses companies'...

Our participation in CGOMED on November 5th and 6th, 2025!

Come and meet us at booth n°23!

Check out our brochure for Contaminated Sites & Soils

Discover the AFITEXINOV solution, made up of 3 layers, quick to install and economical, as it keeps polluted soil on site by confining it!

Check out our brochure dedicated to geosynthetics for Landfills

For all your drainage, sealing and reinforcement needs for your landfills, consider AFITEXINOV and its entire range of geosynthetics.

Check out our brochure dedicated to the Public Works

Drainage, waterproofing, foundation protection, earth retention, reinforcement, erosion control... discover AFITEXINOV solutions!

Our participation at the French Mining Days from 4 to 6 November 2025

Join us at the France Pavilion!

Drainage Design in a Landfill Lining System At the Saint Sylvestre Bas Le Roc (Creuse, France)

Landfill Drainage Systems

EMBANKMENT ACCESS ROAD TO A CIVIL RAILWAY STRUCTURE ON SOFT SOIL

Drainage of cut slope – draining mask

BEAUVAIS BY-PASS – RN 31 DRAINAGE OF CUT SLOPE – DRAINING MASK

Behaviour of draining geosynthetics for landfill capping systems

Motorway embankment on soft soil – monitoring and analysis

In situ shear resistance of soils and particular materials measured by the Phicometer

Lateral and Capping Landfills Drainage with Geocomposites

PARTIAL REPLACEMENT OF THE GRANULAR LAYER AT THE BOTTOM OF A LANDFILL

CUT SLOPES AND WATER MANAGEMENT WITH GEOCOMPOSITES

EXPERIENCE FEEDBACK ON THE USE OF THE GEOSYNTHETICS IN ALGERIA IN THE FIELD OF PUBLIC WORKS

Landfill drainage with geocomposites

Assessment of the Resistance of Drain Tubes planar drainage geocomposites to high compressive loads

Drainage geocomposites : a considerable potential for the reduction of greenhouse gas emission

Experimental evaluation of the biological clogging of drainage geocomposite at the bottom of landfill

Biological clogging resistance of tubular drainage geocomposites in leachate collection layers

Applicability of Drain Tubes planar geocomposites for heap leach pads

Behaviour of drainage geosynthetics for landfill capping systems

Behaviour of Drain Tubes planar drainage geocomposites under extreme cold temperatures

Biological clogging resistance of tubular drainage geocomposites in leachate collection layers

The importance of an efficient drainage behind mechanically stabilized earth walls

Case study of water evacuation from a waste cover via evapotranspiration and a drainage geocomposite

Assessment of the effect of specimens dimensions on the measured transmissivity of planar tubular drainage geocomposites

Multiscale transmissivity study of drain-tube planar geocomposites : effect of experimental device on test representativeness

Design and set up of geosynthetic reinforcement in the case of landfill piggyback expansion

Tailing cover hydrology for the Central Manitoba mine site

Laboratory evaluation of the performance of tubular drainage geocomposites for ore filtration and acid leachate collection

Evaluating Tubular Drainage geocomposites for use in Lined Landfill Leachate Collection Systems

Innovative Approach to Landfill Gas Collection and Control

Tubular Drainage and Lining Geocomposite for Mine tailings and Heap Leach Pads

Effect of Electrical Conditions on the Efficiency of Electrokinetic Drainage Geocomposites for Tailings Dewatering

Developing a waterproofing geocomposite for railway platforms in evolving materials area

Pilot test for the use of Afitex geocomposites in sludge pond of MEA processing units

Statement of the performance of Tubular drainage geocomposites for mining applications

Statement on the long-term flow rate of tubular drainage geocomposites to landfill leachate

Use of a minitube blanket for horizontal landfill gas collection and control

Determining the long-term transmissivity of selected drainage geocomposites to landfill leachate

Drainage improvement under CN railways with the use of a multi-linear drainage geocomposite

A laboratory device to analyze the behavior of pile-supported embankment reinforced by geosynthetics

Lessons learned on the Performance of Multi-Linear Drainage Geocomposites for Mining Applications

Drainage Improvement Under Railways with the use of a drainage geocomposite

Innovative Soil Reinforcement Solution with Geotextile Geocells – An Overview

Protection of Building Against Soil Gas Infiltrations Using Drainage Geocomposites

Crack propagation OF BITUMINOUS MIXTURES reinforced by GEOGRIDS using digital image correlation

Improved QAQC of double-lined ponds for processed water containment

Use of multi-linear drainage geocomposites for CCP disposal units final cover

Optimization of Geosynthetic Design for Asphalt Pavement Reinforcement

Retaining walls with high weight concrete blocks in association with geosynthetics

On the performance of geogrids for asphalt pavement reinforcement : laboratory evaluation and selected case studies

Geosynthetics in unpaved roads on soft subgrade : Large-Scale Experiments

Large-scale test on geosynthetic reinforced unpaved roads on soft subgrade

Developed full-scale cyclic plate load and traffic load tests for unpaved roads on soft subgrade and reinforced with geosynthetics

Innovative mechanically stabilized earth walls with geotextiles geocells

Experiment of the use of geosynthetics for the drainage in place of draining masks - Hydraulic properties and sustainability

Smart geosynthetics for strain measurements in asphalt pavements

A guide for specifying drainage geocomposites

A minitube blanket for landfill gas collection and containment

Filtration of oil sands tailing slurries

Comparative Studies of Three Different Horizontal Landfill Gas Collector Design

How tubular drainage geocomposite was used in landfill final cover

Geosynthetic lining systems for shale gas drilling activity

Durability of polypropylene tubes Draintube

Design of reinforcement geosynthetics in landfill piggyback expansion

Improving railway drainage with multilinear geocomposites

Successful tailings dewatering design using multilinear drainage geocomposites

Multi-linear drainage geocomposite for Sub-slab Depressurization and Radon mitigation

Efficacy of Nonwoven Based Geosynthetic Drainage Product for Pore Pressure Reduction in Moderately Fine Soils or Tailings

Exposed NPNW GT Performance at a Large Surface Impoundment For Nearly One Year

Remediation of a former quarry and permanent containment of buried toxic materials

Water drainage and gas collection with geocomposites – Hydraulic software development

DEVELOPMENT OF DRAINAGE GEOCOMPOSITES FOR GAS CAPTURE AND EXTRACTION

Water drainage and gas collection with geocomposites - Hydraulic software

Lifetime considerations of geotextile UV exposure before installation

Use of high-performance reinforcement geosynthetics to stabilize access roads

Case study on a contaminated soil landfill in Canada with a focus on geosynthetic materials and electrical leak location

Design and use of multi-linear drainage geocomposites for gas collection layers

Environmental Design Considerations Using an Equivalency Index between Granular Drainage and Geosynthetic Alternatives

Gas capture and extraction using multi-linear drainage géocomposite

Feedback on long-term integrity of Multi-linear drainage geocomposites

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