GREY:MGXMF - Post by User
Post by
Wangotango67on Feb 17, 2023 2:05am
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Post# 35291452
SONOCHEMISTRY - SONIC CAVITATION - BREAKING CO2 BONDS
SONOCHEMISTRY - SONIC CAVITATION - BREAKING CO2 BONDS iI've mentioned the use of ( H2O2 ) which is one step above normal water with an added oxygen that
converts to - PEROXIDE.
MgCO3 + H2O2 = MgO2 + CO2 + H2
- MgO2 - junior has the magnesium oxide
- CO2 - carbon gas
- H2 - hydrogen gas = energy
WHAT DOES SONIC CAVITATION DO ?
It uses frequency sound waves and when used in water creates oxygen bubbles - at same time - breaks the water bond releasing the oxygen molecule which inturn - oxygen vales turn into peroxide - which is quite important when one is dealing with a carbonate bone that has( carbon and oxygen )
No acids....
No added costs for fancy extractions
Super green extraction ( breaking the carbon bond ) using sonic waves
Though the sonic waves only produce a portion of the H2O2
Here is where one uses the liquid product H202 and in conjunction - sonic waves to reduce cosrts
of the H2O2 liquid medium. Or, probe what it takes to make ones own H202 using sonic waves.
Personally, i think this is the greenest extraction model yet....
Junior would obtain the magnesium oxide.
Small portion of H2 iscreated.. .and if one modified it.... who knows... could produce all the more H2
with a specific frequnecy and .... not only produce hydrogen gas but maybe ... Magnesium hydride ?
What ot do with the carbon in water that most likely has turned to carbonic acids ?
I was thinking... would another frquency part the carbonic acid ot produce more hydrogen...?
And... drop the carbon out in a form of just, carbon coal ?
Helllo....
EXCERPT - producing H2O2 ( only small lab equipt ) would be nice ot see this scaled up -
The ‘concentration’ of cavitation bubbles produced by sonication using conventional laboratory equipment is very small and so overall yields in this type of reaction are low. Thus in the sonication of water small quantities of OH· and H· radicals are generated in the bubble and these undergo a range of subsequent reactions including the generation of H2O2.
The highly oxidising HO· species can react with other moieties in the bubble or migrate to the bulk solution where they have only transient existence. Such radicals can have a significant effect on both biological and chemical species in aqueous solution and can be detected chemically.9 Organic solvents will also slowly decompose on sonication but solvent decomposition is normally only a minor contribution to any sonochemical reaction taking place in the medium.
LINK - 9 pages -
https://eclass.teiwm.gr/modules/document/file.php/MSFP101/Documents%20Food%20Chemistry/sonochemistry_OCh_review.pdf
carbon is organic unlike metals that are inorganic.
Cheers....
Perhaps the junior could give shareholders an update ?
Dragging it.., tad too long.