[Wonder Warthog]

LOL. The test with the numbers you used drew the cooling water from the building's piped in water supply under mains pressure.

Introducing H2O2 into that experiment was physically impossible.

It "might" have been possible to substitute H2O2 into one of the experiments that ran from a tank under pump pressure, but my opinion is that even there, the H2O2 would have made itself known by offgassing oxygen bubbles due to traces of metals contamination of the tank or tubing walls.

And the effluent from decomposing H2O2 is VERY different in appearance from condensing steam....you basically end up with foam.

[Toddsterpatriot]

LOL. The test with the numbers you used drew the cooling water from the building's piped in water supply under mains pressure.

Really?

And the effluent from decomposing H2O2 is VERY different in appearance from condensing steam....you basically end up with foam.

I wonder if that explains why he dumps the heated water down the drain, instead of letting anyone examine it?

Introducing H2O2 into that experiment was physically impossible.

Why would you change the subject? You said, "To yield the needed energy, the H2O2 would need to be very concentrated"

Clearly, that's not true.

[Moonman62]

And the effluent from decomposing H2O2 is VERY different in appearance from condensing steam....you basically end up with foam.

I don't think a decomposing pure solution of H2O2 will foam. You would need the addition of something like blood or soap for that to happen. A chemist should know that.