Heat storage
The energy industry requires reliable and efficient thermal energy storage systems to address the intermittent nature of renewable energy sources. Geosynthetic solutions such as high temperature resistance geomembranes and geotextiles can be combined in systems to deliver innovative, cost-effective and eco-friendly constructions for durable thermal energy storage systems. They reduce water vapor seepage, prevent water loss, and improve overall system performance.
High temperature resistance geomembranes and geotextiles.
Combined in systems to prevent heat loss and improve performance.
More efficient and reliable thermal energy storage systems.
Reduce water vapor seepage and prevent water loss.
Product
Description
Functions
GSE HD
High density polyethylene (HDPE) geomembrane that exceeds GRI-GM13 standards
GSE HDX
Previously High Performance HDPE
High performance HDPE geomembrane with superior mechanical and endurance properties
GSE HDH
Previously HLR/High Temp
High temperature HDPE liner series for extreme temperature environments
MIRAFI HPa Series
Woven PP geotextiles for subgrade stabilization in the general Asia markets
MIRAFI RSi-Series
Double layer woven PP geotextile for subgrade stabilization
MIRAFI H2Rxx
Innovative multi-functional wicking geotextile for mechanical stabilization and moisture management
MIRAFI FW-Series
Super hydrophilic and anti-capillary barrier woven geotextile with superior filtration and drainage
MIRAFI FWL Series
Super hydrophilic and anti-capillary barrier filtration geotextiles
MIRAFI Polyfelt Nonwoven geotextiles
Robust and highly durable UV stabilized nonwoven geotextiles
FABRINET DTX
Formerly Duraflow
Tri-axial geonet with vertical T-shaped or box-shaped HDPE strands that offers high transmissivity under variable loading conditions
FABRINET DN
High density polyethylene (HDPE) biplanar geonet that provides high flow in-plane drainage capacity
FABRINET DC
Drainage composite of HDPE biplanar geonet bonded with nonwoven geotextiles for drainage and filtration
