LOL!!! Looks like NARNIA managed to shut up the ba
Post# of 1536
Posted On: 11/01/2012 1:43:24 PM
LOL!!! Looks like NARNIA managed to shut up the basher bozohead 236T
LOOK AT THAT EXCELLENT POST!!!!!!!!!
 | gone4ever  | | | Thursday, November 01, 2012 1:39:13 PM |
| Re: None | | Post # of 75881 |
PURE FABRICATION
You are making all of this up imo, and have NOT a shred of evidence to back it up.
YOUR COMMENTS LACK COMPLETE CREDIBILITY.
1"Again" When were you told the first time, and by whom?
2."It has all been tested". What is "all" that has been tested?
3. What were the comparative results measured against?
4. What is the extent/level of latent heat release so as to make the results impractical?
YOU DO NOT KNOW, NOR HAVE A CLUE AS TO WHAT YOU ARE POSTING.
Here is what I know:
When two bodies (MBS & Hg) which are near to each other have different temperatures, the hotter one (Hg) emits calorific energy (heat expenditure)and the colder one (MBS) absorbs it, until both reach an equal temperature. In stack gasses, this is not a complete occurrence. In an ideal case, where two bodies (MBS & Hg) are in a sealed system, the energy lost (expended/released) by one (Hg) would be equal to that gained by the other (MBS). This would be in the controlled setting of a lab.
The exchange of energy is proportional to the difference in temperature between the bodies. For this reason as the temperatures get closer, the process gets slower, but does not cease. The "affinity", now more commonly referred to as "free energy" continues. It has to. It is chemistry. To offset any "decrease" in the absorption of the Hg, there is one variable which is controlled to offset, and thereby maintain a consistent, if not improved rate of Hg absorption, and that is rate of flow. Guess what? Our process ALLOWS US TO CONTROL THE RATE OF FLOW.
Guess what one variable the IFS-2c has? If you guessed rate of flow, then you are correct.
Just because someone will make a couple of posts, (as quoted above), does not mean that it makes any sense whatsoever. Do not let fear, and doubt created by others keep you from becoming wealthy in owning GTGP stock. It awaits you, but remains your choice.
You are making all of this up imo, and have NOT a shred of evidence to back it up.
YOUR COMMENTS LACK COMPLETE CREDIBILITY.
Quote:
It does not work on large continuous running cement plants
Quote:
Again, I was told it all has been tested. The main problem is the latent heat release is so high that is is not practical
1"Again" When were you told the first time, and by whom?
2."It has all been tested". What is "all" that has been tested?
3. What were the comparative results measured against?
4. What is the extent/level of latent heat release so as to make the results impractical?
YOU DO NOT KNOW, NOR HAVE A CLUE AS TO WHAT YOU ARE POSTING.
Here is what I know:
When two bodies (MBS & Hg) which are near to each other have different temperatures, the hotter one (Hg) emits calorific energy (heat expenditure)and the colder one (MBS) absorbs it, until both reach an equal temperature. In stack gasses, this is not a complete occurrence. In an ideal case, where two bodies (MBS & Hg) are in a sealed system, the energy lost (expended/released) by one (Hg) would be equal to that gained by the other (MBS). This would be in the controlled setting of a lab.
The exchange of energy is proportional to the difference in temperature between the bodies. For this reason as the temperatures get closer, the process gets slower, but does not cease. The "affinity", now more commonly referred to as "free energy" continues. It has to. It is chemistry. To offset any "decrease" in the absorption of the Hg, there is one variable which is controlled to offset, and thereby maintain a consistent, if not improved rate of Hg absorption, and that is rate of flow. Guess what? Our process ALLOWS US TO CONTROL THE RATE OF FLOW.
Guess what one variable the IFS-2c has? If you guessed rate of flow, then you are correct.
Just because someone will make a couple of posts, (as quoted above), does not mean that it makes any sense whatsoever. Do not let fear, and doubt created by others keep you from becoming wealthy in owning GTGP stock. It awaits you, but remains your choice.
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