are the metals returned to seperate solids for recyling after adding the NH3, or is this purely to create manganese sulfate monohydrate fertilizer? seems like alot of work for plant food. must be good shit!
TheKrystalbeach 6 months ago
for trip simeake dont waist me t
jmbgouveia 11 months ago
The fuck did I just watch?
reboh79 1 year ago
@reboh79:
submerging galvanized steel (zinc coated iron) in battery acid (sulfuric acid, H2SO4), results in hydrogen gas
being generated in numerous quantities. the reaction builds up speed and tapers off on a typical bell curve.
the end parts of the reaction are zinc sulfate, iron sulfate, water, and a weak solution of sulfuric acid.
add anyhydrous ammonia (NH3) to this soup to return the metals to iron and zinc, liberate MORE h2, and make a nice fertilizer in the end (NSO4).
SimonG2892 1 year ago
@SimonG2892 The hell you talkin' bout?
Are you in college at Harvard or something?
are the metals returned to seperate solids for recyling after adding the NH3, or is this purely to create manganese sulfate monohydrate fertilizer? seems like alot of work for plant food. must be good shit!
TheKrystalbeach 6 months ago
for trip simeake dont waist me t
jmbgouveia 11 months ago
The fuck did I just watch?
reboh79 1 year ago
@reboh79:
submerging galvanized steel (zinc coated iron) in battery acid (sulfuric acid, H2SO4), results in hydrogen gas
being generated in numerous quantities. the reaction builds up speed and tapers off on a typical bell curve.
the end parts of the reaction are zinc sulfate, iron sulfate, water, and a weak solution of sulfuric acid.
add anyhydrous ammonia (NH3) to this soup to return the metals to iron and zinc, liberate MORE h2, and make a nice fertilizer in the end (NSO4).
SimonG2892 1 year ago
@SimonG2892 The hell you talkin' bout?
Are you in college at Harvard or something?
reboh79 1 year ago