Ponds and storage
Ponds and storage facilities in mining require reliable and durable liners to prevent seepage and soil and groundwater contamination. Our geosynthetic liners are resistant to harsh chemicals and offer exceptional hydraulic performance, providing an effective barrier for containing process fluids. They also help to reduce evaporation and seepage and can be tailored to fit specific site conditions to deliver for optimal performance.
Effective barrier to contain process fluids.
Prevent soil and groundwater contamination.
Resistant to the harshest chemicals.
Exceptional hydraulic performance to reduce evaporation.
Product
Description
Functions
BENTOLINER HS
Self-healing reinforced clay liner
BENTOLINER LAGA
High-performance self-healing reinforced clay liner
FABRINET BP
Formerly FABRINET
A biplanar core of high-density polyethylene
FABRINET DC
FABRINET DC comprises a high-density polyethylene biplanar core, possibly combined with one or two layers of polypropylene filter geotextiles
FABRINET DN
FABRINET DN comprises a high-density polyethylene biplanar core, possibly combined with one or two layers of polypropylene filter geotextiles, with an array of drainage applications to replace conventional gravel drainage
FABRINET Megadrain
The FABRINET Megadrain consists of a three-dimensional polypropylene monofilament core combined with one or two layers of polypropylene filter geotextiles.
FABRINET TP
Formerly Tendrain
A high-density polyethylene triplanar core that provides highly channelized transmissivity
GEOTUBE Dewatering tubes
Tubes fabricated from specialized engineered dewatering fabric.
GSE HD
High-density polyethylene geomembrane
GSE LL
Linear low-density polyethylene geomembrane.
MIRAFI Bidim F
Mechanically bonded double-layered nonwoven geotextile
MIRAFI Bidim P
Mechanically bonded continuous-filament nonwoven geotextile
MIRAFI Bidim S
Mechanically bonded continuous-filament nonwoven geotextile
MIRAFI Geolon FW
Woven geotextiles with high-density monofilament polypropylene fibers
MIRAFI Geolon PE
Woven geotextiles with high-density monofilament polyethylene yarns
MIRAFI Geolon PET
Woven geotextiles with high modulus polyester fibers
MIRAFI Geolon PP
Woven geotextiles with high modulus polypropylene fibers
MIRAFI HMi
Woven geotextiles with high stiffness modulus polypropylene yarns
MIRAFI Polyfelt TS
Mechanically bonded continuous-filament nonwovens
MIRAFI Polyfelt F
Mechanically bonded double-layered nonwoven geotextile
MIRAFI Robulon PE
Three-dimensional mat with a woven PE base layer
MIRAFI Robulon PET
Three-dimensional mat with a woven PET base layer
MIRAFI Robulon PP
Three-dimensional mat with a woven PP base layer
MIRAGRID GX
knitted geogrids with high tenacity polyester yarns and black coating
MIRAGRID PEC
Geocomposite of high modulus polyester fibers and nonwoven geotextile
MIRAGRID PGM-14
Mechanically bonded geotextile with 100% PP continuous filaments
MIRAGRID PGM-G
Geocomposites made of PP nonwoven geotextile and glass filament yarns
PROPEX Envirofelt
Natural fiber geomat
PROPEX Polymat
HDPE geomat
Explore the case studies
Explore all case studies
Case studies
Conquering extreme conditions with a high-temperature liner solution
Saskatchewan's first new potash mine in 40 years features advanced GSE HDH liners in its brine ponds, overcoming extreme temperatures and chemical exposure.
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Case studies
GSE Leak Location Conductive liner 24 years later
At the Florence Copper mine in Arizona, a pond built in 1997 with GSE Leak Location liner, operated for 24 years. Initially underutilized, its expansion required inspection of the exposed geomembrane.
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Case studies
Geomembranes protecting the environment at a stack pond in China
Phosphate mining is an important economic activity in the inland Chinese province of Hubei, which boasts large reserves of valuable phosphates.
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