while the phosphate rock contributes to the formation of the desired compounds. The fine particle size ensures better reactivity, leading to higher yields and improved product quality.
The project employs a two-stage grinding process to handle the different hardness levels of phosphate rock and limestone.
Jaw crushers first reduce the raw materials to a manageable size, followed by vertical roller mills for fine grinding. A sophisticated screening system ensures that only particles meeting the 200-mesh specification proceed to the final product stage, while oversize particles are recycled for further processing.
Jaw crushers first reduce the raw materials to a manageable size, followed by vertical roller mills for fine grinding. A sophisticated screening system ensures that only particles meeting the 200-mesh specification proceed to the final product stage, while oversize particles are recycled for further processing.
Environmental considerations are integrated into the project design. A state-of-the-art flue gas desulfurization system is installed to treat emissions, reducing sulfur dioxide levels to below regulatory limits. Water used in the process is recycled through a closed-loop system, minimizing water consumption and waste discharge. This commitment to sustainability makes the project not only economically viable but also environmentally responsible.
