Solmax

We are proud to announce that OSMORIA Geoclean Origin obtains verification of certain environmental performance claims in accordance with the FR EN ISO 14034 standard – Environmental Technology Verification (ETV).

ETV is a voluntary, internationally recognized process that enables the performance of an innovative environmental technology to be independently verified, based on testing conducted and validated by accredited third-party laboratories. This verification checks, in a measurable and objective way, the permeability performance and hydrocarbon biodegradation capability of the aquatextile.

OSMORIA Geoclean Origin is now the only depolluting textile to benefit from this independent verification.

Choosing OSMORIA aquatextiles means relying on a solution with performance that is not only measured but independently verified within a recognized and rigorous framework.

Our teams are available to support your projects.

Read more here: https://www.aquatextilesosmoria.com/blogposts/etv-verification-stormwater-treatment-technologies

When delays and site constraints threatened a new build in Texas, FABRINET® TP replaced stone drainage. The geocomposite cut excavation, reduced costs by over 50 percent, and kept the project on schedule with minimal environmental impact.

Learn more here: https://www.solmax.com/us/en/case-studies/texas-retailer-chooses-modern-engineering-solutions

Join us at the Malaysian Regional Geotechnical Engineering Conference 2026 (MRGEC 2026)

🗓️ 17-19 June 2026
📍 The Imperial Hotel, Kuching, Sarawak
→ Booth S19

Discover how our geosynthetic solutions support ground improvement, slope stabilization, and long-term infrastructure performance.

A university-led pilot study in Appalachia proved geotextile tubes can dewater acid mine drainage sludge, enabling rare earth element recovery. This approach transforms costly waste treatment into an economically viable resource recovery process.

Read the paper: https://www.solmax.com/us/en/resources/industry-papers/recovery-of-rare-earth-elements-from-acid-mine-drainage-using-geotextile-tubes-containment-and-dewatering-technology

A two-week environmental dredging project in Escharen used GEOTUBE® dewatering technology to manage pond sludge efficiently, return clarified water, and overcome limited access and time pressure while meeting environmental objectives.

Read about this project in our new case study: https://www.solmax.com/eu/en/case-studies/rapid-pond-dredging-and-dewatering-under-site-and-time-constraints

This paper reviews over 20 years of performance data proving white polyethylene geomembranes resist degradation more effectively than black counterparts, delivering long-term durability and new lifespan estimates for exposed applications.

Read the paper: https://www.solmax.com/us/en/resources/industry-papers/white-polyethylene-geomembrane-forensic-and-laboratory-evidence-for-superior-durability