I totally fail to understand what point you are attempting to make. Are you trying to show how the steam output from the end of the hose would appear. If so I saw nothing as the lighting was very bad? Once again what is the point you are making?
Very useful video. I've forgotten a lot of this subject but I think the temperature rise of 75 degrees Celsius is a lot less significant than the production of steam since 75 calories are needed to raise 1 ml of water 75 degrees while 540 calories are needed for the phase change from water into steam of 1ml. That's 14% in comparison. ... As I recall from my physics class of over 50 years ago!
In fact, with a cold water flow rate of 7kg/s as employed by the E-Cat in Steven Krivit's video, around 600 W is required just to heat up the incoming water to boiling point. So in this video, to simulate the steam output with a constant volume of water, the power to the kettle in case (b) should be just 200 W! I used 900 W, so this is a big over representation!
@dm5rkt Thanks for posting this. I couldn't help noticing the slow velocity of the output steam in Krivit's video and was very doubtful that we were looking at nearly 5Kilowatts output. I put it down to the fact that sometimes videos don't show speed very well, but it did look very minimal. My guess was somewhere around the 700 watts input. I cranked up my 1.6Kw electric kettle and and blew a bit of steam with that. It appeared to be at least double that shown in Krivit's video.
@pweet07 Another interpretation could be that for whatever reason, the e-cat in Krivit's video was not working properly. If the e-cat does actually work then this would be a great way of diverting attention so that Rossi can get on with things in peace and quiet. The Wright Brothers used a similar ploy by refusing on one occasion to demonstrate the flyer to the media. The press then lost interest, which allowed the brothers to keep their competitors in the dark.
@dm5rkt that interpretation doesn't fly because Rossi claimed the E-Cat was working correctly and did heat output calculations based on the demonstration.
Interesting. The 900w steam output pressure/quantity appears (just my personal opinion here) to be little less than what was shown in Krivit's video. By no means is the output pressure/quantity as strong as your 4.4kw test.
However, correct me if I'm wrong here, isn't your experiment boiling a volume of water? In Rossi's demo was he not feeding fresh water into his reactor? Does this make a difference?
@pacus123 Yes quite right. The amount of steam shown here is over-representative because cold water is not being introduced into the kettle at a constant rate. For that, a pump is required so there is still some work to be done!
I totally fail to understand what point you are attempting to make. Are you trying to show how the steam output from the end of the hose would appear. If so I saw nothing as the lighting was very bad? Once again what is the point you are making?
baddoggie101 2 weeks ago
Very useful video. I've forgotten a lot of this subject but I think the temperature rise of 75 degrees Celsius is a lot less significant than the production of steam since 75 calories are needed to raise 1 ml of water 75 degrees while 540 calories are needed for the phase change from water into steam of 1ml. That's 14% in comparison. ... As I recall from my physics class of over 50 years ago!
PS I don't believe in cold fusion.
flierbynight 1 month ago
I want this video on my 5230 unit.
ughkane614h 1 month ago
This video went viral on San Salvador
ouishansen923l 2 months ago
epic fail, this setup does not equal/simulates what happens with the e-cat.
Go and solicetate att mythbusters
repaunreal 6 months ago
Also, the E-Cat electric water boiler in the Krivit video is insulated, while you have substantial energy loss from the kettles above.
Cornubot 6 months ago
Its about temp not steam. You tube scientists LOL FAIL.
Fiberton 7 months ago
In fact, with a cold water flow rate of 7kg/s as employed by the E-Cat in Steven Krivit's video, around 600 W is required just to heat up the incoming water to boiling point. So in this video, to simulate the steam output with a constant volume of water, the power to the kettle in case (b) should be just 200 W! I used 900 W, so this is a big over representation!
dm5rkt 7 months ago
@dm5rkt Thanks for posting this. I couldn't help noticing the slow velocity of the output steam in Krivit's video and was very doubtful that we were looking at nearly 5Kilowatts output. I put it down to the fact that sometimes videos don't show speed very well, but it did look very minimal. My guess was somewhere around the 700 watts input. I cranked up my 1.6Kw electric kettle and and blew a bit of steam with that. It appeared to be at least double that shown in Krivit's video.
pweet07 4 months ago
@pweet07 Another interpretation could be that for whatever reason, the e-cat in Krivit's video was not working properly. If the e-cat does actually work then this would be a great way of diverting attention so that Rossi can get on with things in peace and quiet. The Wright Brothers used a similar ploy by refusing on one occasion to demonstrate the flyer to the media. The press then lost interest, which allowed the brothers to keep their competitors in the dark.
dm5rkt 4 months ago
@dm5rkt that interpretation doesn't fly because Rossi claimed the E-Cat was working correctly and did heat output calculations based on the demonstration.
tron81 1 month ago
Interesting. The 900w steam output pressure/quantity appears (just my personal opinion here) to be little less than what was shown in Krivit's video. By no means is the output pressure/quantity as strong as your 4.4kw test.
However, correct me if I'm wrong here, isn't your experiment boiling a volume of water? In Rossi's demo was he not feeding fresh water into his reactor? Does this make a difference?
pacus123 7 months ago
@pacus123 Yes quite right. The amount of steam shown here is over-representative because cold water is not being introduced into the kettle at a constant rate. For that, a pump is required so there is still some work to be done!
dm5rkt 7 months ago
@dm5rkt Thanks. Please post a video when you get around to doing this. We are very intrigued by what is going on.
pacus123 7 months ago
Wonderful, now I don't have to do this, guess you hotwired the switches so they would not turn off when boiling starts?
mimarob 7 months ago
@mimarob The switches were glued to the "on" position, yes. You might also want to watch TinselKoala's "Ekitty" series of videos.
dm5rkt 7 months ago