SEQUESTERED CARBON CYCLE MgCO3.= carbon is sequestered to magnesium
CO2 + H2O = H2CO3 = carbon sequestered to water bond
( carbonic acid compound structure )
MgCO3 + H2CO3 = Mg(HCO3)2
Forms a double sequestered carbon bond
Industry has an emmission carbon gas problem
not an already sequestered magnesium carbonate problem
Industry is running with ( gassing ) ores or, air carbon capture
using magnesium ores.
SO... WHAT ABOUT CARBON THAT'S ALREADY BONDED ?
I would say.... it's in a sequestered - state.
It's kind of neat seeing an MgCO3
bond once again with, carbonic aqueous acid forming
a double up.... industry has not even mentioned such.
---------------------------------------------------------------------------
As mention in last post, plants eat carbonic acid.
Plants require, magnesium which facilitates,
photosynthesis, chlorophyl, enzymes.
Magnesium and Carbonic acid
What a perfect pair.
Plants require both.
How to make carbobic acid ?
CO2 + Water.
Once this double bond formula is fed to plants
= Plants absorb it
= Plants sequester it
Beginning to look like....
A sequestering cycle is maintained
Humans, animals eat the plant or, vegtable, crop
Humans sequester the double bond formula
Process the formula with our own enzymes, acids
Does feces ( contain ) carbon.
YES.
How about Uric Acid ? ( urine )
Yes.
It has 5 carbon bonds - proving the carbon is still in an
acid formulation, contained.
C5H4N4O3
Notice Nitrogen is with in this formula too.
Air we ( breathe ) has a good 76-78%
Proving we process the nitrogen. ( organs )
So.... if carbon is sequestered and used along its life cycle
a circle lifecycle.... where could a problem arise inwhich
carbon could reconfert back to a gas creating greehouse gases ?
1- Solar convection ( sun heats water ) hot water evaporates/ convects
2- Sewage waste plants
My hunch is.... addition acid treatments in sewage waste
creates a disbonding of carbon that is sequestered in acids
to dissaociate and carbon gases are released.
If the carbon cycle ( acid carbon ) ( Mg carbon )
are contained and still used by animals, plants, humans
for energy, and i will add, carbon is a primary for - proteins...
Then....where is this contained cycle forming a broken link ?
1- hydrocarbon gas emmissions
2- Sewage waste treatment ( breaking sequestered bonds )
3- low ceiling artifical clouds = accentuates / accumilates more gases
not allowing ( co2 ) to ( disapate ) at higher altitudes.
Sewage Plants Overlooked Source of CO2
International tallies of greenhouse gas emissions are underestimating the plants’ effect on the climate, however, because they do not account for carbon dioxide emissions when that water is processed, according to a study published Wednesday in the journal Environmental Science and Technology. Wastewater treatment plants are responsible for an estimated 3 percent of greenhouse gas emissions globally.
https://www.scientificamerican.com/article/sewage-plants-overlooked-source-of-co2/
I would say, sewage would be far higher than, 3%.
How so ?
Many reqions don't treat their waste and this waste ends up in,
water cycle, causing havock on too much fertilizers in strwams, lakes
oceans,
Which create - algea overgrowth, and rob organisms of valuded
oxygen, resulting in - atrophication - which in turn adds to the methane
emissions.
Wrap it up ?
I feel their is a contained carbon sequestered cycle
And another created by, gas, oil industry + sewage plants.
The carbon sequestered ( cycle ) in my minds eye, appears
contained along it's lifespan, until.... a disruption occurs
If humanity... addressed the oil + gas, cosl industries
which indeed they are, this is where much of the issues lie.
And, sewage lifecycle.
Contained, or sequestered carbon plays a vital role for, nature.
Carbon provides energy, and should be thought this way.
MgCO3 + H2CO3 = Mg(HCO3)2
would certainly make for a - super fertilizer -
At least i think so.
Cheers....