A SIMPLE ELECTRIC HEATER, WHICH HAS EFFICIENCY GREATER THAN 1

[George1]

Hi smOky2,
All you have written is correct but we are talking about different things. Please read carefully again my last post! 

[George1]

PLEASE DO NOT FEAR THE TRUTH!
Do you have any theoretical (ONLY THEORETICAL!) objections?

[sm0ky2]

PLEASE DO NOT FEAR THE TRUTH!
Do you have any theoretical (ONLY THEORETICAL!) objections?

Theoretical objection? No.
My personal theory is pretty close to yours, but with an efficient process
We don't meet any acid-tricks
This is the point I am trying to deliver to you.


My objection is Physical: the core of Physics.
Acid = energy
Base = potential to change energy
If you add an acid to a process, you are adding energy.
It required energy to make that acid.
Acid is a battery waiting for electrodes.
Mother Nature makes these with her Fruit.


Base is basic, all elements were there in the beginning
Base is your " ground".
Acid is your " +"


Base can help split H like acids too, because bases are not our ground state.
We need energy to make bases too.
H=1
A base of 0 is the same as an acid of 2
They are both +/- 1 from our H


H is +1 from our ground state!
That is our f.e.
Irrespective of Acid or Base!


Leave them alone,
Use only pure H2O

[George1]

Hi smOky2,
Thanks a lot for your reply.
1) You have not theoretical objections? That's good! Cogratulations! At last one clever and brave person in this forum who does not fear the truth!
2) About acid and base. Yes, you are absolutely right, that acid and base need energy to be prepared. But this energy (let us call it E1) is much smaller than the total heat (let us call it E2) generated by any standard electrolyzer, that is, E2 > E1. (E2 is the sum of the joule's heat and the heat generated by burning/exploding of the released hydrogen in the process of electroysis.) 
Secondly, if you keep cooling down the electrolyzer regularly, then the sulphuric acid volume (let us assume that the considered electrolyzer uses sulphuric acid) remains practically the same. The sulphuric acid practically does not evaporate. And from here there is practically no necesity for additional pouring of sulphuric acid. You have to add only water.
And thirdly, there are electrolytes like sea water (and many others), which are able to generate hydrogen by the method of electrolysis, and which does not need (specially generated) energy for their production. They can be found freely and easily in nature.
3) About "Irrespective of Acid and Base!". Sounds interesting! Some more details? Can we use a standard electrolyzer or we have to design another electroyzer construction?
Looking forward to your answer.
George   
   

[George1]

Deep silence again?
WHY DO YOU FEAR THE TRUTH?
Do you have any theoretical (ONLY THEORETICAL!) objections?
George