Potassium carbonate is most commonly used in chemical fertilizers. Industrial potassium carbonate is a colorless or white crystalline powder or granules, six squares or orthorhombic . Relative density is 2.662, conversion point is 588, melting point is 1069 and boiling point is 1689 degrees Celsius. It can be used as foliar fertilizer, it can also be used as a raw material for compound fertilizer. Any mineral, organic or biological mineral that has nutrients and increases soil fertility and also increases the quality and quantity of crop by plant treatment is called fertilizer. Potash is a generic name given to various inorganic compounds containing potassium in water solution. There are a number of common potassium compounds, including potassium carbonate and potassium chloride. Prior to the industrial period, potash was obtained by washing wood ash in pots (hence the name “pot ash”). This product was used to produce soap, glass and even gunpowder. Today, potassium-containing mineral deposits are extracted and processed to be used as a fine-grained compound powder. Surprisingly, the amount of potash produced in the world each year is more than 30 million tons. While most potash is used in a variety of fertilizers, there are many non-agricultural purposes for this element. Modern processing, such as potash compaction, produces a readily available potassium form, leaving potash granules open for countless uses.
Plants need three main nutrients: nitrogen, phosphorus and potassium. Potash (potassium carbonate) contains soluble potassium and makes it an excellent additive to agricultural fertilizers. Ensures proper plant maturity by improving overall health, root resistance, disease resistance and yield. In addition, potassium carbonate creates a better end product, improving the color, texture and taste of food products. While some potassium is returned to farmland through recycled fertilizers and crop residues, most of this key element needs to be replaced. There is no commercially viable option that helps the soil as much as potassium and makes this element very valuable for agricultural products. For this reason, potassium carbonate is most widely used in the agricultural industry. Scientists estimate that without fertilizers, 33% of the world’s population will experience severe food shortages. Replenishing potassium in the soil is critical to supporting sustainable food sources. Dense potash granules mix easily with fertilizer and deliver potassium to where your body needs it most. Agricultural potassium carbonate is different from potassium sulfate, potassium nitrate, potassium chloride, potassium dihydrogen phosphate. This substance is extracted from plants, and also has the physicochemical properties of hot and fast and physiological alkaline fertilizers containing plant bionics, resistance factor, prevention and treatment of soil disinfection and good underground pests. Contains more than 50% potassium carbonate. In addition, it can increase soil temperature, neutralize soil acidity, and promote crop growth in a soil-friendly pH environment. Carbonate is useful for photosynthesis of plant material and loose soil. It can promote the growth of healthy plants, increase the ability to resist insects and natural disasters. Potassium supplements are used for crop grains, harvesting rare earth elements from different shifts (calcium, magnesium and silicon, boron, iron, zinc, copper, manganese, molybdenum, selenium, etc.). The various mineral elements in plants and their nutrients are water soluble and readily available. They are rare species of potash fertilizers used in agricultural production. Due to limited sources of raw materials, it can not be industrialized and produced in large quantities. The potassium content of agricultural carbonate (K2CO3) in a country like Indonesia can be up to 50%. Potassium carbonate in agricultural fertilizers is widely used in the production of fruits and vegetables. Potash production has come a long way. From washing wood ash during the early days, to modern, large-scale mining operations involving K-containing minerals. Potassium fertilizer is more important than ever to produce sufficient, high-quality products to accommodate a growing global population Applications of Potassium carbonate.
High purity plant fertilizer is produced entirely from high grade potassium hydroxide, carbon dioxide and potassium carbonate. This proven product mixes well with fertilizer weight 3-18-18-1 and offers a cost-effective option for adding in-grain potassium and seeds to corn and beans.