The report provides a detailed analysis essential for establishing a Strontium Carbonate production plant. It encompasses all critical aspects necessary for Strontium Carbonate production, including the cost of Strontium Carbonate production, Strontium Carbonate plant cost, Strontium Carbonate production costs, and the overall Strontium Carbonate production plant cost. Additionally, the study covers specific expenditures associated with setting up and operating a Strontium Carbonate production plant. These encompass production processes, raw material requirements, utility requirements, infrastructure needs, machinery and technology requirements, manpower requirements, packaging requirements, transportation requirements, and more.
Strontium Carbonate is an inorganic chemical compound that finds applications across various industries. It is widely used in the fabrication of ceramic glazes to enhance their viscosity and stability. It serves as a viable alternative to barium in producing matte glazes, which are applied to ceramic products. It also finds its application as a colorant in fireworks and crackers to produce red colors. Its non-hygroscopic nature makes it suitable for producing various fireworks to enhance their performance. It is also used as a component in road flares. It also plays an important role in the manufacture of Cathode Ray Tube (CRT) televisions, where it absorbs electrons emitted from the cathode. It is also largely involved in producing strontium ferrites, which are integral to permanent magnets found in loudspeakers and door magnets.
The demand for Strontium Carbonate is primarily driven by its involvement in the chemical and ceramics industries, which contributes to its market expansion. Its application in the production of ceramic glazes to enhance the glaze properties further enhances its demand in the ceramic industry. Its application in production fireworks that specifically emit red color largely boosts its demand in the pyrotechnics industry. Its usage in production strontium ferrites that are further used in permanent magnets for various devices also surges its demand in the electronics and automotive industries. Additionally, industrial Strontium Carbonate procurement is mainly influenced by some factors, such as the cost and the availability of raw materials (strontium sulfate, etc.), their application in the ceramic industry, quality standards, distribution, sustainability practices, and regulatory compliance, are some factors that influence industrial Strontium Carbonate procurement globally.
Raw Material for Strontium Carbonate Production
According to the Strontium Carbonate production plant project report, the major raw materials for Strontium Carbonate production include Strontium Sulfate-Coke-Sodium Carbonate/Carbon Dioxide.
Production Process of Strontium Carbonate
The extensive Strontium Carbonate production cost report consists of the following industrial production process:
- Production via Black Ash Method: This method of production involves the black ash method as the common process practiced for synthesizing 98% pure chemical grade strontium carbonate as the product. The synthesis begins with the reduction of strontium sulfate (SrSO4) with coke (carbon) at a temperature over 950 °C to give water-soluble strontium sulfide (SrS). Further, the obtained sulfide is leached with hot water, followed by its reaction with sodium carbonate or carbon dioxide to produce strontium carbonate as the final product.
Strontium Carbonate is a chemical compound primarily composed of one strontium, one carbon, and three oxygen atoms. The molecular mass of the compound is 147.63g/mol, and its molecular formula of this compound is SrCO3. This white crystalline solid has a rhombic structure, which transitions to a hexagonal form when heated above 926 °C. The compound is odorless and tasteless, and while it has limited solubility in water, it can dissolve in ammonium salts, dilute acids, and carbonated water. The density of the compound is 3.548°C. Upon heating to about 1100 °C, it decomposes, yielding strontium oxide and carbon dioxide. The compound is non-flammable, and its melting point is approximately 1494 °C. As a carbonate salt of strontium, it exhibits weak basic properties. Its production is either natural or through chemical synthesis.
