Inland vessels

Critical Need for Energy Resilience

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The use of hydrogen as an energy source for inland vessels offers the solution for reducing emissions and the transition to more sustainable transport options. Here's how hydrogen can be implemented in the context of inland vessels:

Hydrogen fuel cells

Inland vessels can use hydrogen fuel cells as an alternative to traditional combustion engines. Hydrogen fuel cells generate electricity through a chemical reaction between hydrogen and oxygen, with water vapor as the only byproduct. This eliminates greenhouse gas and pollutant emissions, making it an environmentally friendly propulsion option.

Emission-Free Navigation

Utilizing hydrogen fuel cells to power inland vessels, reducing emissions along waterways.

Developing hydrogen infrastructure.

Establishing refueling stations and storage facilities along water routes to support hydrogen adoption.

Sustainable Shipping Solutions

Switching to hydrogen-powered barges cuts emissions and boosts air quality in inland shipping.

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Fuel infrastructure

Setting up hydrogen refueling infrastructure along inland waterways is crucial for the adoption of hydrogen-powered ships. This infrastructure includes hydrogen production facilities, storage tanks and refueling stations strategically located along water routes to ensure ships have access to hydrogen fuel when necessary.

Infographic Inland vessels

Range and efficiency

Hydrogen-powered ships can offer similar range and efficiency as traditional diesel-powered ships, especially with advances in hydrogen storage and fuel cell technology. Improving the energy density of hydrogen storage systems and increasing the efficiency of fuel cells are essential for maximizing the range and performance of hydrogen-powered inland vessels.

42%
Of all coutries have joined
69.2%
Redictive worldwide CO2 reduction
100%
Greenhouse Gas Protocol emission reduction
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Decarbonization

The switch to hydrogen-powered barges contributes to decarbonization efforts in the transportation sector by reducing greenhouse gas emissions and air pollutants. This is in line with environmental regulations and sustainability objectives aimed at limiting climate change and improving air quality.

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Integration with renewable energy

Integrating hydrogen production with renewable energy sources such as solar, wind or hydropower further increases the environmental benefits of hydrogen-powered ships. Renewable energy can be used to electrolyze water and produce hydrogen, creating a closed system with minimal environmental impact.

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