UNESCO joins Energy Observer, the first hydrogen ship

Discussion in 'Boat Design' started by schakel, Feb 23, 2017.

  1. JosephT
    Joined: Jun 2009
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    Location: Roaring Forties

    JosephT Senior Member

    Thanks for the links schakel! That hydrogen plant project is very ambitious. Very glad to see the Netherlands forging ahead in this area. Many will be monitoring its progress.

    I recall the city of Denver, Colorado did a feasibility study several years ago. They discovered they gave enough wind blowing through that city that:
    1. The wind generators will generate excess hydrogen.

    2. The amount of hydrogen will power a hydrogen car for every family in the city.

    Wind power can play a key role.
     
    schakel and Doug Lord like this.
  2. upchurchmr
    Joined: Feb 2011
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    Location: Ft. Worth, Tx, USA

    upchurchmr Senior Member

    That is not enough of a wing to be effective.
    More an eyecatcher rather than an honest effort to improve efficiency.

    You might as well fly hydrogen filled balloons to decrease hydrodynamic resistance.
     
  3. schakel
    Joined: Jul 2008
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    Location: the netherlands

    schakel environmental project Msc

    It's just a concept. The real wing is on the drawing board at Van Peteghem Laurent Prevoist.
    And I like your fairy tale imagination.
    santa.jpg
     

  4. dreamingbarrierreef
    Joined: Oct 2018
    Posts: 16
    Likes: 1, Points: 1
    Location: Colorado

    dreamingbarrierreef dreamingbarreef

    H2 fuel-cell for propulsion don't seem to be practical. H2 may have energy, but fuel cell is the bottleneck, can't convert that energy fast enough for meaningful power. Not to mention all the more weights to add the more power to output. Sail & wind power must be much more green than fuel-cells so far as propulsion is concerned. But it should be good tech to replace batteries. A green boat to me would be a sailboat with solar and hydro-gen; and the surplus electric power will be stored up as H2, no more batteries. H2 fuel-cell can supply electricity when needed. Which means the boat will still need an engine & burn fossil fuel when no wind or too much wind. But that's probably as low carbon as can practically be there. Or actually, propulsion by H2 combustion might be a more plausible alternative. I wonder if this can be done with rotary engine design? Be something I'd test if have that kind of money.

    How It Works | LiquidPiston http://liquidpiston.com/technology/how-it-works/

    This design is so simple I reckon if the chambers be made with ceramic (or may not be necessary) might just work.
     
    Last edited: Dec 28, 2018
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