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.

The NLEX-Ciudad de Victoria Interchange project aimed to improve mobility and accessibility in Bulacan, connecting Bocaue, Sta. Maria, Pandi, Norzagaray, Angat, and nearby towns. The bridge abutment construction had to be completed within a tight deadline of less than 10 months, and the challenge was that the abutment needed to be built on soft foundation soil.
Design & Construction:
To meet these requirements, the chosen design for the project was a Mechanically Stabilized Earth Wall using MIRAFI® Polyfelt PEC Series composite geotextile. This system allowed the use of on-site soil backfill, as the composite geotextile had excellent drainage properties and could reinforce finer-grained soils. The installation process was straightforward, involving laying the geotextile horizontally on the prepared surface with slight tensioning, followed by placing and compacting the backfill soil.
The Mechanically Stabilized Earth Wall system proved to be the preferred choice for both designers and contractors. Its advantages included an easy and rapid construction technique, superior performance properties of the geocomposite, and cost-effectiveness.
Please note that imperial conversions for measurements were not provided in the original text, so no conversions are needed in this case.

NLEX-CIUDAD DE VICTORIA INTERCHANGE, BULACAN, PHILIPPINES

NLEX-CIUDAD DE VICTORIA INTERCHANGE, BULACAN, PHILIPPINES

NLEX-CIUDAD DE VICTORIA INTERCHANGE, BULACAN, PHILIPPINES

NLEX-CIUDAD DE VICTORIA INTERCHANGE, BULACAN, PHILIPPINES
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.