Eco-Friendly Solutions for the Blue Economy
Marine Applications
NanoArchitech’s advanced composites are engineered for safety, resilience, and marine life restoration. Unlike traditional materials, our products do not release toxins into water, providing a safe foundation for ocean ecosystems.
What We Envision
High-performance solutions for critical underwater infrastructure and habitat restoration.
Non-Toxic Sea Walls: Rebuilding coastal defenses without harming marine biodiversity.
Infrastructure Repair: Critical encapsulation and repair for underwater gas and oil pipelines.
Pier Reinforcement: “Collars” with high marine salt water tolerance to extend the life of existing structures.
Ecosystem Restoration: 3D printable composites for artificial coral reefs and oyster habitats.
Case Study: San Francisco Watershed Project
Restoring Marine Habitats with Neuskyns™
NanoArchitech successfully provided materials for the San Francisco Watershed Project, contributing to vital oyster restoration efforts.
The Application: We created “topless domes” with side openings, allowing plankton and oysters to attach and thrive on the sidewalls.
Rapid Deployment: The domes cured in just 20 minutes, making them ready for immediate water deployment.
Performance: The material offers exceptional resilience to acidic decay and provides a high-strength substrate for reef repair.
Why 3D Printing? 3D printed coral reefs can help restore sea life that is in immediate danger. NanoArchitech’s materials are ideal for this because they produce no off-gassing (unlike regular cement), ensuring a healthy environment for sensitive habitats.
Pier 39, San Francisco, California
Solving the Seawall Crisis
Failing seawalls are an environmental and financial disaster facing all U.S. coastal cities.
As sea levels rise and infrastructure ages, cities face billions in repair costs. For example, San Francisco’s 100-year-old seawall requires a massive fortification effort to survive earthquakes and rising tides.
The Ceramtek™ Advantage: Our products were developed to withstand these extreme conditions—from natural disasters to corrosive marine environments.
Waterproof & Durable: A lifecycle tested to last 3 times longer than standard cement.
Eco-Positive: Encapsulates toxins and absorbs CO₂ rather than creating it.
Cost Effective: Reduces the frequency of repairs needed for major public infrastructure.
NeuskynsTM Prototypes/San Francisco Watershed Project
“The best way to reduce carbon is to not produce it in the first place!”
-JLT
Building for a Resilient Tomorrow.
Nanoarchitech provides advanced architectural solutions that empower builders worldwide. We help visionary developers, contractors, and homeowners create safer, more sustainable structures that stand the test of time.