The installation process required careful handling of overlaps over soft soil to ensure stability
Laying the granular base on top of MIRAFI HMi
Omega Mine extends AMD treatment capacity with dewatering
At Omega Mine in West Virginia, GEOTUBE® GT500 units help the West Virginia Department of Environmental Protection treat and dewater acid mine drainage from abandoned mines while supporting long-term capacity and compliance.
Dredging and reuse of contaminated sediments
Embraport used dewatered contaminated sediments as structural fill within its terminal platform, saving 400,000 m3 of imported material and reducing earthfill platform costs by 20% to 30%.
Remediation of contaminated marine sediments at Port Ouest, La Grande-Motte using GEOTUBE dewatering systems
Contaminated sediments were dredged from Port Ouest in La Grande-Motte and dewatered using GEOTUBE technology to support port modernization while meeting environmental requirements.
The project aimed to construct a solar photovoltaic farm near the municipality of Almendralejo in the Extremadura region, southwest of Spain. The client's primary request was to design the most optimized section for the unpaved internal roads using geosynthetics to enhance their performance and durability. The design proposals began in 2021, with the supply of materials completed by the end of 2022 and the beginning of 2023. Collaboration was key to this project, and Solmax worked closely with the specialized distributor G&G Europe S.L. The specific design was chosen due to the low bearing capacity of the existing subgrade, necessitating a robust and effective solution. The successful completion of this project benefits not only the client but also the environment, local communities, and sustainability efforts.
The installation process required careful handling of overlaps over soft soil to ensure stability. The primary challenge was dealing with the soft subgrade of the solar farms. Additionally, unexpected rains complicated the installation due to the clayey nature of the subsoil, making the process more difficult in an otherwise dry region. Our extensive experience in similar projects played a crucial role in overcoming these challenges. The project's uniqueness lay in its geotechnical complexity and the necessity to adapt to unexpected weather conditions. A thorough geotechnical report of the subsoil was instrumental in designing a suitable solution.
To address the challenges, we utilized 47,480 m² (51,103 yd²) of MIRAFI® HMi-5, chosen for its excellent stiffness, which was essential for the design. Although alternative products from competitors were considered, the quality of MIRAFI HMi-5 was deemed superior. The prompt delivery of materials was facilitated by our permanent stock in various factories, ensuring that the project stayed on schedule.
The client chose Solmax for our geotechnical knowledge, product quality, and the strength of our long-term relationship. This project enhanced our collaboration with the same client in Spain, LATAM, India, and other regions, demonstrating the value and success of our partnership.