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Ship design for zero emission shipping

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Ship design for zero emission shipping

Technology readiness

Liquid H2

Liquid H2

Compressed H2

Full electric batteries

Liquid H2

Wind prop.

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Ship design for zero emission shipping

Approx. 5 €/kg

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  • 39,4 kWh/ kg

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18 cent. € / kWh

Approx. 750 $ / t

  • 0,89 € / $
  • 11,6 kWh / kg

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5,6 cent. € / kWh

30% to 100% increase CAPEX

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X 3,2

Capital and operational cost

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Ship design for zero emission shipping

Source: Valencia port fundacion - H2PORTS – IMPLEMENTING FUEL CELLS AND HYDROGEN TECHNOLOGIES IN PORTS

https://www.fundacion.valenciaport.com/en/project/h2ports-implementing-fuel-cells-and-hydrogen-technologies-in-ports-en/

Green Power

Electrolysis and fuel conditioning

Storage and ship supply infrastructure

Developing infrastructures

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Ship design for zero emission shipping

Life-cycle resource considerations

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Wind propulsion

LESS energy

EFFICIENT energy

CLEAN energy

System design

Hydrogen fuel

Ship design for zero emission shipping

2025

Energy Observer - EOII

  • 4 MW H2 fuel cell system
  • 1450 m2 wind propulsion

for

  • 120 m long and 22 m wide vessel
  • 5000 t cargo capacity
  • Trans-oceanic ops. (4000 nm range)