Gibberellic Acid Production Cost Reports

The report provides a detailed analysis essential for establishing a gibberellic acid manufacturing plant. It encompasses all critical aspects necessary for gibberellic acid production, including the cost of gibberellic acid production, gibberellic acid plant cost, gibberellic acid production costs, and the overall gibberellic acid manufacturing plant cost. Additionally, the study covers specific expenditures associated with setting up and operating a gibberellic acid production plant. These encompass manufacturing processes, raw material requirements, utility requirements, infrastructure needs, machinery and technology requirements, manpower requirements, packaging requirements, transportation requirements, and more.

Gibberellic acid is an organic solid that can be utilized in the production of agrochemical products. It is largely associated with the chemical and agrochemical industry as a chemical component that helps in the development of nutritive supplements provided for plant growth. Gibberellic Acid is essential for plant growth operation and is utilized in agricultural practices on a large scale.

The compound helps in controlling and promoting seed germination. It breaks the seed dormancy that results in the germination of the seed on the fields. It is majorly utilized for the development of cereal grains and helps in their growth process. It promotes cell division and elongation as well as helps in the development of fruits and flowers in the plant. It is a natural hormone that can also be synthesized chemically and provided to plants for their better development.

The market for gibberellic acid is driven by its large-scale demand in its downstream chemical and agrochemical industries. Its application as an organic crystalline acid that can be included in the formulations of nutritive supplements promotes its demand on a large scale. It is an essential component that is majorly used for the growth and development of plants.

Its utilization in the agricultural fields for seed and cereal germination helps in increasing its demand in the chemical market. The shifts observed in its demand largely influence its overall procurement in the global chemical market. Industrial gibberellic acid procurement is strongly influenced by its demand in the chemical and agrochemical industries. The changes in its demand, along with its prices, logistics, supply, trade, and transportation, altogether impact its procurement. Hence, these factors are very essential to govern the procurement of gibberellic acid across the borders.

Raw Material for Gibberellic Acid Production

According to the gibberellic acid manufacturing plant project report, the key raw material for gibberellic acid production includes carbon sources (such as sucrose, glucose, malt extract etc.) and nitrogen sources (such as ammonium nitrate etc.), for fermentation.

Manufacturing Process of Gibberellic Acid

The extensive gibberellic acid production cost report consists of the major industrial manufacturing process:

• By Fermentation: The preparation process of gibberellic acid is carried out by the fermentation of ascomycetous fungus G. fujikuroi in the culturing medium. 

Gibberellic Acid is an organic chemical compound that is comprised of nineteen carbon atoms along with twenty-two hydrogen atoms and six oxygen atoms. It is a white powdered chemical, and its chemical formula is C19H22O6. It is a crystalline compound with a molecular weight of 346.4 g/mol. The acid is derived from a fungi variety known as the ascomycetous fungus G. fujikuroi. It is a white compound that has no odor. Its melting point is measured approximately at 234 °C.

It is a water-soluble organic acid that can also be dissolved in different chemical solvents. The compound is slightly soluble in ether and is highly soluble in ammonium, potassium, and sodium salts. The compound can also be dissolved in alcohols, including ethanol and methanol. Similarly, it is soluble in acetone and moderately soluble in ethyl acetate as well. However, it is highly insoluble in chloroform. It remains stable under normal conditions. However, the compound undergoes hydrolysis in the presence of aqueous or aqueous-alcoholic solutions. It decomposes on heating at a high temperature, while emitting acrid fumes in the air.