Lake bank stabilization at Vivid Shores
At Vivid Shores in Bonita Springs, Florida, PROPEX® Armormax®, MIRAFI® FW403 and MIRAFI 140N stabilize lake banks exposed to wind-driven wave erosion. Completed sections are performing as designed.
Installation of Solmax GEOTUBE systems at Marina of Portimão, with divers and marine equipment actively working in the water.

Installation of Solmax GEOTUBE systems at Marina of Portimão, with divers and marine equipment actively working in the water.
Lake bank stabilization at Vivid Shores
At Vivid Shores in Bonita Springs, Florida, PROPEX® Armormax®, MIRAFI® FW403 and MIRAFI 140N stabilize lake banks exposed to wind-driven wave erosion. Completed sections are performing as designed.
Crowne Point Country Club Case Study
Crowne Point Country Club rehabilitated a deteriorated Vermont access road with MIRAFI H2Ri, using active moisture management to address saturated soils, frost-related distress and subgrade instability.
GSE HD geomembrane lined salt ponds ensure long-term brine containment
GSE® HD geomembrane lined over 3.4 million m² of evaporation ponds to prevent brine seepage under extreme heat and UV exposure. This continuous barrier eliminated salt discharge and protected the surrounding environment.
The Marina of Portimão, specializing in marina operation and maintenance, embarked on a project to create a beach with reduced wave action. The initiative aimed to enhance beach attractiveness and reduce maintenance requirements. The project, originally scheduled for 2022, was executed in 2023 near the entrance of the Port of Portimão. Solmax and Geosin, leveraging their European project experiences, updated the initial design by Consulmar to meet specific needs. This project promised significant benefits for the Marina of Portimão, including future maintenance cost savings.
The installation of the Solmax GEOTUBE® systems was a primary component of this project, conducted by a diving company skilled in underwater operations. The project faced challenges typical of marine environments, such as weather fluctuations and sea conditions, which could potentially delay the filling process and installation. These issues were mitigated by the diving company's meticulous preparation, supported by Solmax and Geosin's expertise. The project's uniqueness lay in its innovative underwater installation method, the first of its kind in Portugal.
Solmax’s role was pivotal in the successful completion of this project. The primary products used were the Solmax GEOTUBE systems (Ø3,25 m [10.7 ft] GT1000MB) and GEOTUBE Scour aprons GT600M. These products were selected based on water depth, hydrological circumstances, and their suitability for the beach environment. The sand colored GEOTUBE GT1000MB blended well with the beach, and all products were CE certified and adhered to ISO standards. This project demonstrated the advantages of using GEOTUBE systems over traditional rock solutions, highlighting their reversibility and utilization of local filling materials. Notably, the project was completed ahead of schedule, underscoring Solmax’s expertise, product quality, and the effectiveness of the distributor. This success has set the stage for future collaborations.