Cargo Ship at Sea

ORC4SHIP

The project focuses on the development and optimal design of a heat-to-power system based on the organic Rankine cycle (ORC) technology, for recovering the waste heat from the cooling circuit of ships’ engines and converting it into electricity.

The benefit of the shipping companies that will adopt this technology is to reduce the fuel consumption of their fleet by 3-4%. At the same time, this new solution contributes to the enhancement of the ship's energy efficiency and to the reduction of pollutant emissions, which are subjected to strict regulations by the IMO.

 

Objectives

ship machine
gear/development sign

Development
of a 10-150kWe ORC4SHIP design methodology that will suit the requirements of different ships (in terms of type and size), while all possible parameters and limitations will be taken into consideration.

lamp/optimum control sign

Optimum control
and full incorporation of the innovative technology in the ship’s energy management system.
 

Container Ship
tools/development of prototype sign

Development of a prototype
ORC with power 15kWe for laboratory testing to confirm the reliability and the control system for automated operation.

Cargo Ship at the Port
pilot deployment sign

Pilot deployment
of ORC4Ship onboard, where significant conclusions will be drawn relevant to its operation and the expected fuel savings.

business plan development sign

Business plan development
and wide dissemination of the project’s results.

 
 

Innovations

  • ORC design for shipping.
     

  • Conservation of the system’s high efficiency for full and part load, depending on the gases’ thermal load.
     

  • Use of 4th generation organic fluid for the ORC, of type hydrofluoroolefin (HFO), with a very low GlobalWarming Potential (GWP  ̴4).
     

  • Plug in-plug out design for easy, fast and low-cost establishment.

marine engine photo

Our Partners

Danaos logo
PSYCTOTHERM_logo (1)_edited.png
 
 

Announcements

Contact Us

If you want to find more about ORC4SHIP project:

Send us a message using the following form, or reach us at:
DrC@danaos.gr &
research@psyctotherm.gr

Call the partners at:
+302104196608 (DANAOS) &
210 4111186 (PSYCTOTHERM)

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