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Maritime Optimization by HydroSEA: On-board and connected Nano Filtration and Decarbonization
HydroSEA offers an integrated solution for marine engines, combining fuel nanofiltration and permanent decarbonization. Unlike land-based applications, each marine engine is equipped with an on-board and connected decarbonization machine that is triggered simultaneously with engine start-up, allowing continuous decarbonization.
This technology ensures more efficient combustion, reduces fuel consumption, extends engine life, and ensures compliance with strict environmental standards. This approach not only optimizes performance but also reduces operational costs while significantly reducing the ecological impact of ships.
Why Treat your Fuel?
Fuel nano-filtration improves engine efficiency, reduces energy consumption and extends engine life, while contributing to a significant reduction in pollutant emissions.
Fuel nanofiltration improves engine performance by effectively filtering impurities and contaminants, resulting in cleaner combustion and reduced fuel consumption. This technology also helps extend engine life by protecting it against premature wear caused by these contaminants. Additionally, it helps reduce harmful emissions and comply with strict environmental regulations. To this, HydroSEA adds decarbonization, effectively coupling the two processes for maximum optimization of engine efficiency and durability.
Scientifically proven
Economically validated
Proven performance
Why decarbonize your maritime engine?
The decarbonization of marine engines reduces the accumulation of carbon deposits, thereby improving combustion efficiency, reducing fuel consumption and polluting emissions.
Our marine engine decarbonization solution is designed to be scalable and permanent, tailored specifically to the power of each engine on ships. The decarbonization machines are installed directly on the engines and are activated simultaneously with engine start-up. This system provides continuous cleaning of carbon deposits while the engine is running. This not only improves combustion efficiency and reduces fuel consumption, but also extends engine life and significantly reduces pollutant emissions. Each engine requires its own decarbonization unit to ensure optimal performance and compliance with environmental regulations.