Revolutionize Your Port Infrastructure with
Dynamic Protective Barrier
Empowering Ports with Superior Energy Dissipation and Sustainability
Discover Dynamic's Innovation
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Safeguarding Ports, Powering Sustainability

An innovative solution reshaping port infrastructure management and vessel protection. By seamlessly dissipating kinetic energy upon impact, DPB not only offers superior protection for your port but also optimizes loading and unloading time, boosts safety, and significantly reduces repair costs. Even better, our unique technology transforms constant tidal and wave energy into a self-sustainable, renewable energy source, supporting your commitment to environmental sustainability.
Discover how Dynamic can redefine your port operations today.
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Problems we are solving

Port infrastructures are highly deteriorated due to the majority of ports (60%) were built before 1955. Structural safety is of paramount importance for the port infrastructure during its entire lifetime. Rubber Fenders just partly absorb the impact of vessels while docking. The infrastructure repair costs are rising due to damage occurring to the quay walls. The ongoing repair of quay walls is resulting in a loss of business. The presence of fenders, which partially absorb the impact generated by vessels, leads to increased loading and unloading time for cargo.

Our solutions

What distinguishes our technology from existing safety solutions in the market is its groundbreaking approach to energy dissipation upon impact, as opposed to absorption. DPB effectively and safely dissipates liner kinetic energy, providing superior protection for port infrastructure and docking vessels. DPB's unique mechanism can harness constant tidal and wave energy as a renewable energy source, enabling self-sustainability. The generated energy can be stored in batteries or seamlessly redirected to the grid. Our solution not only enhances port infrastructure protection but also offers a sustainable approach to harnessing renewable energy for the future.

DPB's Unmatched Advantages

Superior Impact Dissipation
Forget about costly and continuous repairs due to damage to quay walls caused by impact absorption solutions. DPB effectively and safely dissipates liner kinetic energy, ensuring your infrastructure's longevity and vessel protection.
Harness Renewable Energy
DPB's groundbreaking technology captures and harnesses motion, tidal and wave energy. Not only does this contribute to self-sustainability, but the generated energy can also be stored or seamlessly redirected to the grid.
Design and Performance
Our cost-effective solution features a minimalist design for enhanced reliability and competitive production costs. This high adaptability makes DPB suitable for any port infrastructure, accommodating vessels of all sizes and weight categories.

Maintenance, Service, and Installation

Dynamic's DPB uses environmentally friendly materials, ensuring minimal maintenance and hassle-free servicing. With our adaptable design, DPB can be seamlessly integrated into your existing infrastructure, providing a smooth and cost-effective installation process.

Simplified Design for Easy Maintenance

We understand the importance of hassle-free maintenance and servicing. That's why we have meticulously designed and constructed our DPB and its components with a minimalist approach. This intentional design choice helps you avoid the need for extensive maintenance and ensures a reliable performance.

Adaptability to Existing Infrastructure

Flexibility is at the core of our DPB disbursement boxes. They are versatile and can be seamlessly integrated into your current infrastructure, utilizing the existing structures and components. This adaptability not only saves you time and resources but also guarantees a smooth installation process.

Where Innovation and Ecology Converge

Our commitment to providing high-performing solutions doesn't stop at protecting port infrastructures and vessels – we're dedicated to ensuring our technology positively impacts the environment.
Harness
Renewable Energy
DPB’s ingenious design allows it to utilize tidal and wave energy, converting it into electricity. This unique, self-sustaining feature sets DPB apart as an innovative, green solution in the industry.
Boost
Eco-Efficiency
In addition to its superior protection, DPB serves as a green energy producer, contributing to the global commitment to reduce carbon emissions and promote renewable energy.
Elevate
Sustainability Goals
By choosing DPB, you’re not just investing in state-of-the-art port and vessel protection, you're also contributing to a more sustainable future.
Dynamic is committed to driving innovation that truly makes a difference – in industry, and in the world. Experience our groundbreaking approach to sustainability and witness firsthand how our patented technology can benefit your port infrastructure and the environment.

frequently asked questions

What is the Dynamic Protective Barrier?
The Dynamic Protective Barrier (DPB) is a groundbreaking technology designed to dissipate kinetic energy upon impact, providing superior protection for port infrastructure. It is a unique mechanism that also harnesses tidal and wave energy as a renewable energy source.
How does the DPB differ from traditional port infrastructure protection?
Unlike traditional rubber fenders that only partly absorb the impact of vessels during docking, the DPB dissipates kinetic energy, reducing infrastructure damage and optimizing cargo loading and unloading times.
How can the DPB contribute to environmental sustainability?
The DPB harnesses constant tidal and wave energy as a renewable energy source, contributing to environmental sustainability and carbon neutrality.
How does the DPB improve port efficiency?
The DPB facilitates easier and safer loading and unloading of cargo by consistently dissipating energy without generating opposing forces. It also adapts to fluctuating tide levels, enhancing its effectiveness and versatility.
How does the DPB compare to rubber fenders?
Rubber fenders absorb less energy than is produced during berthing, resulting in potential infrastructure damage. The DPB, with its superior energy dissipation capability, safeguards infrastructure more effectively.
Can the DPB be integrated with existing infrastructure?
Yes, the DPB is highly adaptable and can be seamlessly integrated into existing infrastructures, using the existing structures and components.
Does the DPB require a lot of maintenance?
No, the DPB is designed to be low maintenance. It's made from environmentally friendly materials and has a simplified design for easy maintenance.
How does the DPB impact the lifespan of port infrastructure?
By effectively and safely dissipating impact loads, the DPB increases the lifespan of the port infrastructure and safeguards the vessel from extensive damages, allowing business operations to thrive without interruptions.
What is the energy generation potential of the DPB?
The DPB harnesses mechanical energy to generate electricity through a low RPM DC Generator. It can serve as a self-sustainable, renewable energy source, and the generated energy can be stored in batteries for later use or redirected to the grid.
What problems does the DPB solve?
The DPB addresses several issues, such as structural safety, infrastructure damage, repair costs, loss of business due to ongoing repairs, and increased loading and unloading time for cargo.
How does DPB contribute to a greener future?
By efficiently converting mechanical energy into electricity, DPB serves as a self-sustainable, renewable energy source. The generated energy can be stored in batteries or seamlessly redirected to the grid, contributing to a more sustainable and environmentally friendly future.
What are the benefits of choosing DPB over traditional rubber fenders?
DPB offers superior energy dissipation, protection for port infrastructure, reduced maintenance and repair costs, and improved port efficiency. It also contributes to environmental sustainability through its energy generation capabilities.

Other Applications

The device offers a versatile approach to safeguarding structures against sudden and brief impact loads, making it suitable for a diverse range of applications.
road safety
barriers
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motorsports
impact barriers
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transport
impact guards
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Founding Team

Matthew Czerniatewicz
CEO and Co-Founder of Dynamic Group. Matthew brings extensive experience and leadership to the team, driving the vision and overall direction of the company.
Robert Michalak
CTO and Co-Founder of Dynamic Group. Robert's technical expertise and innovative mindset contribute to the development of our groundbreaking solutions.
Jaroslaw Roszyk
CME. Jaroslaw is a highly skilled engineer responsible for the mechanical design and optimization of our products, ensuring their performance and reliability.
Jacek Olba
Business Partner. Jacek brings a wealth of business acumen and strategic insights, playing a vital role in the growth and success of Dynamic Group.
Together, our team combines technical expertise, entrepreneurial spirit, and a passion for innovation, driving our mission to revolutionize the industry.
Dynamic Group is optimally positioned to capture a significant market share, thanks to our unique, patented technology and exceptional capabilities, making us an attractive investment opportunity in this expanding sector.

Contact Us

Intrigued by the future of port infrastructure, safety and sustainability? Contact our sales team to discuss our innovative solution that's transforming the way we stay protected. Learn more about our groundbreaking safety product. Don't let your curiosity wait - Discover now!
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