Refined Dead Sea Ormus What is it? Pt III
This experiment has all the twists and turns of trying to wrestle with what Ormus is. Material vanishes in solution and fails to come out again and samples expected to give the least result give the best. The thumbnail shows how little was not dissolved and therefore how much was expected to precipitate back as m state considering there was a centimetre or two in the bottom to start with! The experiment compares samples carried forward that have been produced using extreme methods to limit Mg(OH)2 precipitation in the 2nd stage precipitate with 1st stage precipitate ormus by collecting any m state in a pH 12.1 solution, discarding the precipitate and re-precipitating in the target zone. The goal was to decide which way would yield the least Mg(OH)2 with the most of any m-state for future tests. I am inclined to think that a large amount of m-state was lost in solution. Quite intriguing if you get in to it.
This experiment has all the twists and turns of trying to wrestle with what Ormus is. Material vanishes in solution and fails to come out again and samples expected to give the least result give the best. The thumbnail shows how little was not dissolved and therefore how much was expected to precipitate back as m state considering there was a centimetre or two in the bottom to start with! The experiment compares samples carried forward that have been produced using extreme methods to limit Mg(OH)2 precipitation in the 2nd stage precipitate with 1st stage precipitate ormus by collecting any m state in a pH 12.1 solution, discarding the precipitate and re-precipitating in the target zone. The goal was to decide which way would yield the least Mg(OH)2 with the most of any m-state for future tests. I am inclined to think that a large amount of m-state was lost in solution. Quite intriguing if you get in to it.