World’s largest pit thermal storage in Vojens
In Vojens, Denmark, a 200,000 m³ pit thermal storage basin stores surplus solar heat from a 70,000 m² collector field. Using Solmax geosynthetics, the system reduces CO₂ emissions by 6,000 tons annually.

Murrieta Creek has a history of devastating flooding. Notably, the flood of 1993 that claimed the lives of five people and damaged 70 aircraft and two bridges at Pendleton Marine Corps Base. The flood also inundated pumps at the Eastern Municipal Water District, causing 5 million gallons of raw sewage to flow into the creek. Multiple major flood events have occurred since the 1993 flood. Today, more than 600 homes and commercial structures are vulnerable to flooding.
In 2000, the U.S. Army Corps of Engineers initiated the Murrieta Creek Flood Control, Environmental Restoration and Recreation Project to mitigate flooding. In phase two of the project, PROPEX® Armormax was selected to provide erosion and scour protection on the creek banks.
The system consists of High Performance Turf Reinforcement Mat (HPTRM) and earth anchors that provide resilient flood control for up to 75 years. Maintaining water quality was a main concern because Murrieta Creek is recognized as one of the last high quality, minimally disturbed riverine environments in Southern California.
PROPEX Armormax helps to decrease sedimentation and pollutants and encourages infiltration of water back into the groundwater table. The system also promotes rapid root development for long-term vegetation, whereas rock riprap, can decrease streamside vegetation and adversely impact fish populations. Vegetation was quickly established, and PROPEX Armormax has effectively protected the channel from erosion and flooding





World’s largest pit thermal storage in Vojens
In Vojens, Denmark, a 200,000 m³ pit thermal storage basin stores surplus solar heat from a 70,000 m² collector field. Using Solmax geosynthetics, the system reduces CO₂ emissions by 6,000 tons annually.
Reinforced soil walls maximizing urban developable land
Geocomposite-reinforced soil walls totaling 1,385 m supported land formation at Eco Botanic City, providing stable retaining walls, efficient drainage, and the use of local backfill while maximizing developable land on a constrained urban site.
Reinforcing weak subgrades to restore Weber Road with MIRAFI H2Rx
A deteriorating section of Weber Road was stabilized using MIRAFI® H2Rx geotextile to reinforce soft, moisture-sensitive subgrade soils, improve drainage, reduce deformation, and extend pavement service life.