At Clean Ocean Coatings, we are dedicated to advancing maritime efficiency and sustainability. We're thrilled to share the exciting recent results of our collaboration with the Technical University of Berlin. By leveraging TU Berlin's flow channel, we've been able to test our innovative marine coating, leading to exciting findings.
The flow channel serves as an apparatus designed to simulate real-world marine conditions. This controlled environment is crucial for accurately evaluating the performance of our coating under dynamic flow conditions.
Together with the team from Prof Paschereit, we constructed a specialized test stand within this flow channel. For more than one year Dr. Navid Najeri and Phd candidate Marvin Jentzsch calculated, planned and built the setup. It is designed to assess the frictional properties of our coating. By coating plates with our formulation and subjecting them to flow conditions in the channel, we gathered precise data on frictional forces. Surprisingly, we only found three scientific documents who tried this before. So we wonder how other coating companies can claim proof for their coatings performance?
Reliable Results
The testing procedure involved a systematic approach to ensure the accuracy and reproducibility of our results. Plates coated with our marine coating were carefully prepared and mounted on the test stand. The flow channel was then activated to create conditions akin to those experienced by marine vessels in operation. This allowed us to measure the frictional forces acting on the coated surfaces. The collected data was then analyzed to determine the average reduction in friction attributable to our coating.
Significant Findings: 9% Reduction in Friction
We are excited to announce that our tests revealed a significant 9% reduction in friction compared standard self polishing coatings. This reduction has substantial implications for the maritime industry. Even minor decreases in friction can lead to notable improvements in fuel efficiency and reductions in greenhouse gas emissions. Specifically, our 9% reduction in friction translates to an estimated 7% fuel savings for ship owners, presenting both economic and environmental benefits.
Looking Ahead: Future Directions
These findings underscore the potential of our coating to revolutionize the ship industry. By reducing friction, our coatings can enhance vessel performance, lower operational costs, and contribute to environmental sustainability. The 9% reduction in friction not only translates to economic benefits but also aligns with global efforts to mitigate the environmental impact of maritime activities.
As our research continues, the maritime industry can look forward to more efficient, cost-effective, and environmentally friendly operations, driven by cutting-edge developments in marine coatings. We are proud to be at the forefront of this exciting journey and look forward to the positive impact our coating will have on the maritime world.
