Green Mountain brought the know-how, how one can produce potash as a substitute for nitrate on an industrial scale.
Potassium nitrate | potassium | ATP-sensitive potassium channel | potassium carbonate | Potassium channel | Potassium | Potassium dichromate | Potassium cyanide | Potassium chloride | Potassium alum | Tandem pore domain potassium channel | Potassium thiocyanate | Potassium permanganate | Potassium osmate | potassium cyanide | potassium chloride | Potassium carbonate | Potassium bromide | Potassium bitartrate |
If the conversion is carried out in the presence of potassium carbonate, calcium hydroxide, and calcium sulfate (in the form of potash, lime, and gypsum in traditional dye-making methods), the result is litmus, a more complex molecule.
Potassium picrate was first prepared as impure in mid-17th century by Johann Rudolf Glauber by dissolving wood in nitric acid and neutralizing with potassium carbonate.
The dark purple and insoluble dipotassium salt K2C6H2O6 was prepared by Preisler and Berger in 1942, by oxidizing inositol with nitric acid and reacting the result with potassium carbonate in the presence of oxygen.
For example, inorganic reagents (such as potassium carbonate in a Williamson ether synthesis) are ignored as they are not incorporated into the final product.
Rhodizonic acid was discovered by Austrian chemist Johann Heller in 1837, by analyzing the products of heating a mixture of potassium carbonate and charcoal.