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.

Brookshire-Katy Drainage District (BKDD) maintains a drainage channel that runs along Stalknecht Road in Waller County, Texas. Extreme stormwater flows caused by Hurricane Harvey caused the roadside drainage ditch to experience erosion and slope instability, reducing the channel’s capacity.
The severe erosion and reduction in channel capacity prompted BKDD to pursue permanent erosion protection.
An early phase in the design process used rock filled gabion baskets to armor the channel, however, the design engineer wanted a more economical and environmentallyfriendly solution. Gabion baskets require the removal and transportation of excavated material from the site, but PROPEX® Scourlok® allows the reuse of on-site soil to fill the units.
Stakeholders selected PROPEX Scourlok for the remaining phases of the project because it was a more cost-effective solution. PROPEX Scourlok is a stabilization system that features rigid and interlocking cells armored with erosion protection from a highly UV stabilized High Performance Turf Reinforcement Mat (HPTRM). The system is engineered to provide a vegetated, gravity wall system that resists sliding and overturning for up to 75 years.
The design included an eight-foot wall, comprised of two tiers of PROPEX Scourlok that spans 500 feet along the eastern side of the channel. The design also included 300 square yards of PROPEX Armormax® along the top of the channel.


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.
Extending parking lot overlay life at Hillsborough College – Brandon Campus
Hillsborough College – Brandon Campus used Petromat® MPV500 paving fabric to improve bonding, delay reflective cracking, and support longer-lasting pavement rehabilitation.