Barium Carbonate Production Cost Reports

Barium carbonate production cost report provides a comprehensive analysis and know-how for setting up a Barium carbonate production plant. The study covers all the requisite aspects that one needs to know for the production of Barium carbonate. This includes manufacturing processes, raw material requirements, utility requirements, infrastructure requirements, machinery and technology requirements, manpower requirements, packaging requirements, transportation requirements, etc.

Barium carbonate is an industrial chemical compound that is mainly obtained from the carbonation method on a large scale, where carbon dioxide is passed through the barium sulfide solution at a certain temperature and pressure to obtain the resultant chemical. It is white coloured chemical substance that is solid in nature. It mainly comprises of one barium, a carbon and three oxygen atoms. It is a toxic chemical, and naturally occurs in earth minerals such as witherite. The compound can also be prepared by precipitation process using barytes. Precautions must be taken while handling the chemical compound as it is highly toxic in nature.

The toxic chemical is usually preferred at a low quality, mostly below 20% in order to handle its concentration. Its molecular weight is measured around 197.34 g/mol and the density around 4.29 g/cm3. Its melting and boiling points can be marked at 811° C and 1360° C, respectively. It is  an odorless solid substance, which is generally insoluble in water. However, the compound is soluble in almost every acidic solvent.

Barium carbonate is a very common industrial chemical substance that is mainly associated with the ceramics and electrical industries. It acts as a flux in manufacturing ceramics products, or a matting, crystallizing, glazing agent that can be added to provide color to the ceramics, on a large scale. Barium carbonate is used as a raw material to produce chemical such as barium peroxide and barium oxide compound. The compound is widely used in oil drilling, bricks, paints, magnetic materials, enamel, photography and in glass manufacturing activities. Additionally, the chemical compound is utilized in electrical and electronic appliances, such as PTC thermistors, capacitors and more.