So how efficient is ordinary "two copper wires in salty water" electrolysis at splitting H20 by comparison?
"The hard part of getting water to split is not the hydrogen -- platinum as
a catalyst works fine for the hydrogen. But platinum works very poorly for
oxygen, making you use much more energy," said MIT chemistry professor
Daniel Nocera. "What we have done is made a catalyst work for the oxygen
part without any extra energy. In fact, with our catalyst almost 100 percent
of the current used for electrolysis goes into making oxygen and hydrogen."
- [Vo]:Re: Major electrolysis development Horace Heffner
- Re: [Vo]:Re: Major electrolysis development thomas malloy
- [Vo]:Re: Major electrolysis development Horace Heffner
- Re: [Vo]:Re: Major electrolysis development Nick Palmer
- Re: [Vo]:Re: Major electrolysis developme... Mark S Bilk
- Re: [Vo]:Re: Major electrolysis development Jones Beene
- Re: [Vo]:Re: Major electrolysis developme... R C Macaulay
- Re: [Vo]:Re: Major electrolysis developme... Horace Heffner
- Re: [Vo]: Major electrolysis developm... Jones Beene
- Re: [Vo]:Re: Major electrolysis development Nick Palmer
- Re: [Vo]:Re: Major electrolysis development Robin van Spaandonk
- [Vo]:Re: Major electrolysis development Michel Jullian
- Re: [Vo]:Re: Major electrolysis devel... Horace Heffner
- [Vo]:Orbital dynamics Hoyt A. Stearns Jr.