niels harrit
Niels Harrit is from Denmark and a co-author to Jones.
He is a Chemistry Professor
I wrote him this letter on tuesday 2/24
Dear Mr. Harrit.
I have read your article in question, looked at the graphs and pictures.
It is fairly understandable, although it is in English.
You have a few different samples that show different results, but since they are collected in different places, it is hardly surprising.
However, I think that as soon as there are other substances in the sample than Al an FE, you say they may have been contaminated.
Fair enough!
You claim you have found the following elements from samples according to your article:
C, O, Fe, Zn, Al, Si, S, Ca, Cr, Na, K.
But common to all these elements WITHOUT EXCEPTIONS is that they are part of the manufacture of cement / concrete.
Na and K are parts of salts, which should be avoided in concrete, since they react with metals.
Toxic elements like Cr + many others are found in coal power plants ashes. (fly ash)
Sulfur is not wanted in concrete, but is also a component in fly ash
Organic C or unburned C is something you are trying to avoid in concrete.
See now, I think your theory is beginning to slightly limp.
You claim that Fe and Al are contained in Nanotermit, perhaps one word you coined for this occasion and therefore you highlight them. There was no one in the Danish demolition industry who has heard of it before you brought it up.
Jones and you have worked on this theory for 2 ½ years I read the article today, and ran over this coincidence.
Don't you find this strange?
ALL SUBSTANCES found in the samples are present in the proces of making cement/concrete!
The evidence can be found at the links below.
Watch out ! People might believe that you and your co-authors have a political agenda rather than scientific research.
... "In modern cement industry it is common to use one of three principal raw materials, and in addition one to three correction inputs. Limestone is still the main ingredient in cement manufacture, as only a 65-75 weight percent CaO produces the right cement minerals. In addition, the raw powder must contain 20-25 weight percent SiO2, 3-6 weight percent Al2O3, and 2-5 weight percent Fe2O3 "...
So:
65-75% CaO
20-25% SiO2
3-6% Al2O3
2-5% Fe2O3
In addition, In Denmark we started adding ashes from coal power plants to concrete in 1978 after watching abroad that other countries had good experiences with it.
In coal power plant ashes are Chromium present as well as C, S, Na, K, Zn.
... "Before 1973 power plants in Denmark used almost exclusively oil as fuel, but oil crisis of 1973 began a rapid conversion of power plants from oil to coal as fuel media.
This meant that there was a growing amount of fly ash from coal combustion.
Fly ash are blended into concrete from 1978 and still going on..
The US started many years before Denmark.
So, Mr. Harrit you have spent 2 ½ years to find the composition of cement / ashes / concrete.
Why did'nt you call F.L. Smidt? (Danish worldwide concrete and factory manufacturer.)
You have been analyzing ”heated powder concrete”
But maybe you can't wait to go on national TV again.
If you still claim that you are right on your theory, then all of Denmarks houses are built on a ticking bomb.
I hope for a reply here on my mail
email: carsten-bn

Best regards. C.B. Nielsen (bachelor engineer, construction)
MR. HARRIT REPLIED: (within the hour)
Dear C. B. Nielsen
It is therefore not a question of just element content, but the way the elements involved chemical reactions.
You will notice that the chips we have found, react upon heating to form elemental iron, which has been floating.
There is no concrete, capable of attaining that.
Come to my lecture in Aarhus on 2/28.
Best regards
Niels
BLA BLA BLA
SO WHAT DO YOU THINK ABOUT THE SIMILARITY BETWEEN ORDINAIRY CONCRETEDUST AND JONES' AND HARRITS SAMPLES.?
TELL HIM
I SAY FRAUDS!!!!!!
links were in danish