Don't have to read the entire research paper, rarher,
there's an interesting piece right at the beginning.
- co2 in water = carbonic acid
- decomposes realatively fast
BUT
- it dissociates into - HCO3
- HYDROCARBON
- according to this research does not reduce to CO2 gas.
- this research uses the words - contrary to belief -
- how fitting
- rest of paper goes on to reveal preasure + heat experiments.
- as mention in former post,
- another research paper spoke about co2 dissacosiation
- rapidly spun aq co2 in lab, that to me = inducing the dissasociation.
- similar to blood spun in vials = dissociates the - PLASMA
- if others are using this - Mg(HCO3)2 vial spinning as reference
- is it truly accurate = no.
- perhaps.... further studies shoild be performed to prove
- co2 not spun, stays intact as stable hydrocarbon even crystalization
- it would knock down all the negativity of, co2's stability,
or, as a compound structure such as with, Mg.
- Again, only first paragraph of research paper is realvent.
- how did it dissociate = Hydrogen picked it up to become a bicarbonate
- thats not an off gassing.
- let's place this H2CO3 in actual field studies, in soil
My hunch says.... if this bicarbonate by chance decomposed, what
are the odds anorher mineral, would bond to prevent co2 gas ?
I would say... high odds another mineral would bond, to form
a mineral bicarbonate.
Therefore, beginning with an Mg bicarbonate, such could potentially
remain ( whole ) till absorbtion from - plant.
There's an experiment i'd love to see.
EXCERPT -
Carbon dioxide (CO2), when dissolved in water CO2(aq), readily reacts
to form carbonic acid (H2CO3), but the acid dissociates so rapidly under
ambient aqueous conditions to bicarbonate (HCO3−) and H3O+ that its
very existence was doubted for a long time1.
Consequently, undissociated, neutral aqueous H2CO3(aq) is usually not considered a relevant species in investigations of the CO2/H2O system in geological applications2,3. Link -
https://www.nature.com/articles/srep19902 ----------------------------------------------------------------------------
Magnesium Carbonate = MgCO3. It is available in powder form as a salt.
Magnesium Bicarbonate = Mg(HCO3)2. Is a complex hydrated salt only found in liquid form. Carbon, Soild or, Gas research is still in it's infancy.
I would say.... much more research is needed to determine,
the stability of CO2 ( aq ), without, preasure, extreme heat, rapid spinning
unbonded to mineral, bonded to mineral, and in farm soil,
whereas, chances are the bicarbonate would bond before further
decomposition.
.
Cheers