Tailings storage facilities
Tailings management and storage are critical to efficient mining operations. As the facilities responsible for containment of mining waste, the requirements for environmental protection and structural stability are exceedingly high. Our high strength geosynthetic liners, non-woven or geogrids materials, are designed to store tailings safely and sustainably increasing long-term structural integrity and environmental protection, while our GEOTUBE® dewatering systems make effective tailings management and volume reduction solutions.
High strength, geosynthetic waste containment materials.
Liners, non-woven or geogrids for long-term structural integrity.
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 Base Protect
FABRINET Base Protect features a strong, thick tailored nonwoven geotextile combined with a robust and pressure-resistant geonet structure.
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.
GEOTUBE Marine tubes
Specially engineered high tensile strength textile tube systems
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
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Case studies
Robust geomembrane lining for ITY Gold Mine tailings storage facility
Endeavour Mining Corporation's ITY gold mine in Côte d'Ivoire, employing Solmax's GSE HD geomembrane, successfully completed its tailings storage facility project ahead of schedule.
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Case studies
Lining a tailings facility on the roof of the world
Solmax geomembranes were used to line the tailings facilities of the recently expanded Yulong Copper Mine. The mine located in the Qinghai-Tibet Plateau, on one of the largest copper deposits in China, is important to the economy of the region.
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