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How to make Prussian Blue!
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A rough outline of the first half of the video:
Today we will be making yet another beautiful blue chemical, with great historical footholds. We will be making Iron hexacyanoferrate, also known as Prussian blue.
Prussian Blue is best known for its deep blue hue, and is commonly used in many forms of art. Most know of Van Gogh’s Starry Night, or The Big Wave, both utilize Prussian Blue. The name Blueprint originally derives from the hue of the print, an artifact of the print process used, called cyanotype, which involves Prussian Blue.
Enough of the History, onto the synthesis:
For this experiment we will need Iron (II) Sulfate, Potassium Ferricyanide, Glass Beakers, A Glass WatchGlass, A Scale, paper filters, gloves, and goggles.
First we need to create our solution of potassium ferricyanide. 11.1 grams of potassium ferricyanide was dissolved in about 50mL of water, however I found Hi everyone
this to be in excess.
Next we need to find our source of iron, in our case this is from Iron (II) sulfate. The iron (II) sulfate was actually a waste product from a previous experiment, and is in a saturated solution of about 200mL.
From this point we simply mixed the two solutions, used a gravity filtration, multiple water washings, allowed to dry for 3 days, and ground into a fine powder. The overall mass
A rough outline of the first half of the video:
Today we will be making yet another beautiful blue chemical, with great historical footholds. We will be making Iron hexacyanoferrate, also known as Prussian blue.
Prussian Blue is best known for its deep blue hue, and is commonly used in many forms of art. Most know of Van Gogh’s Starry Night, or The Big Wave, both utilize Prussian Blue. The name Blueprint originally derives from the hue of the print, an artifact of the print process used, called cyanotype, which involves Prussian Blue.
Enough of the History, onto the synthesis:
For this experiment we will need Iron (II) Sulfate, Potassium Ferricyanide, Glass Beakers, A Glass WatchGlass, A Scale, paper filters, gloves, and goggles.
First we need to create our solution of potassium ferricyanide. 11.1 grams of potassium ferricyanide was dissolved in about 50mL of water, however I found Hi everyone
this to be in excess.
Next we need to find our source of iron, in our case this is from Iron (II) sulfate. The iron (II) sulfate was actually a waste product from a previous experiment, and is in a saturated solution of about 200mL.
From this point we simply mixed the two solutions, used a gravity filtration, multiple water washings, allowed to dry for 3 days, and ground into a fine powder. The overall mass
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