in harmony with nature
We specialize in pioneering wood-based floating coastal protection systems. Our PTS Hybrid Breakwaters are the future of eco-conscious protection, designed to safeguard coastlines while generating clean, renewable energy. Unlike outdated concrete-based systems, our approach minimizes environmental damage and ensures long-term stability.
About Us: Leading the Future in Floating Platform Technology
At Maritime PTS, we are revolutionizing the way floating platforms and coastal structures are designed. Utilizing our patented Paolo Timber Pontoon System, we have developed the only floating solution made from sustainably sourced, Cross-Laminated Timber (CLT), coated with polyurea for unmatched durability. Our pontoons are designed to withstand the harshest marine conditions, offering a long-lasting, eco-friendly alternative to traditional concrete and steel-based systems.
We offer innovative, eco-conscious solutions for coastal protection using the best of wood-based technology. Explore our key services below:
Coastal Protection Solutions
Our floating breakwaters provide a natural barrier against strong waves, offering protection for coastal cities, towns, and ecosystems.
Renewable Energy Generation
Our systems harness the power of the ocean with wave energy technology, turning wave motion into clean, renewable electricity.
Customized Design
We work with local communities and governments to create tailored coastal protection systems that meet specific environmental and energy needs.
Offshore Island
A self-sustaining platform designed for remote marine operations.
Floating Breakwater with Harbour
Provides coastal protection and docking for maritime vessels.
Floating Harbour Island
A floating port for efficient offshore logistics and docking.
Base Station
A floating hub supporting offshore research, military, or operations.
Floating Wind Power
Offshore platform harnessing wind energy to generate renewable power.
Floating Hydroponic Farm
A floating structure enabling sustainable, large-scale hydroponic farming.
Why Choose Maritime PTS Solutions?
Eco-Friendly Materials
Our platforms are built with CLT wood, reducing environmental impact while providing robust, long-term performance.
Wave Energy Integration
Our platforms can seamlessly integrate with advanced wave energy converters, turning oceanic motion into renewable energy while floating on durable pontoons.
Durable & Long-Lasting
The combination of natural wood and advanced coating technology ensures our floating platforms have an extended lifespan without the need for constant repair or replacement.
Proven Craftsmanship
Built with advanced techniques and attention to detail, our breakwaters are not just functional but engineered for endurance. Traditional concrete solutions pale in comparison to our robust, low-impact designs that stand the test of time.
Driven by Innovation and Sustainable Engineering
At the heart of our technology is a commitment to creating long-lasting, eco-friendly solutions that outlast conventional systems. Our floating platforms, made with advanced wood-polymer composite coatings, offer unparalleled durability and sustainability.
Unlike traditional concrete or steel structures, our designs are corrosion-resistant, lightweight, and built to withstand harsh marine environments—ensuring both protection and renewable energy generation for decades to come.
Get in Touch
with PTS
Whether you’re interested in learning more about our cutting-edge floating solutions or have specific inquiries about our projects, we’re ready to assist. Feel free to contact the office closest to you for personalized support.
Our Offices
We provide innovative solutions for floating platforms and coastal protection systems. Explore sustainable, wood-based technologies designed to last and protect coastlines.
Maritime PTS - Canadian Office
120-10451 Shellbridge Way,
Richmond, BC, Canada V6X 2W8
Email: [email protected]
Mon-Fri 9:00AM - 5:00PM PST
Maritim PTS - Austrian Office
Goethestraße 21,
4600, Wels, Austria
Email: [email protected]
Mon-Fri 9:00AM - 5:00PM CEST