Jump to content


  • Content Count

  • Joined

  • Last visited

Community Reputation

10 Neutral

About eswenson

  • Rank
  1. Hi Flashman. Perhaps my son and I misinterpreted this web site: http://scitoys.com/scitoys/scitoys/echem/fuel_cell/fuel_cell.html It suggests that you can do what I mentioned above regarding cutting off the power source and measuring the electrical energy produced when the hydrogen recombines with the oxygen. Is it the case that this would only work if no eletrolyte were used (in other words, no H2SO4) and both electrodes were platinum (as in the above cited experiment)? It is the case that if my son does the experiment with various electrolytes and one platinum and one copper ele
  2. Actually, he doesn't have a fuel cell. He is using the same beaker/electrode combination that is used for electrolysis. The theory is the hydrogen will bubble off the electrode during the electrolysis and then when the power source is removed, the hydrogen will react with the water and generate electricity for a short amount of time until consumed. This is sort of a fuel cell. Thanks for the H2SO4 suggestion. His experiment needs to vary the electrolytes, so do you have any other suggestions for electrolytes (in addition to H2SO4)? Also, what concentration (keep it safe) should he use -
  3. My son is trying to do a science experiment involving solar panels, electrolysis, and a hydrogen fuel cell. Basically, he is trying to generate hydrogen during electrolysis by applying solar power to electrodes in a water/electrolyte solution and then disconnect the power source after some hydrogen has been produced and then measure the electrical output of the "fuel cell" as the hydrogen recombines with the water. The variable in the experiment will be the electrolyte used. What relatively safe and easy to come by electrolytes should he choose from? Where would he go about getting those el
  • Create New...

Important Information

We have placed cookies on your device to help make this website better. You can adjust your cookie settings, otherwise we'll assume you're okay to continue.