In Indonesian steel plants, the application of the circulating water filter has become a crucial means to enhance production efficiency and reduce maintenance costs. Indonesia's climatic conditions often entail high temperatures, requiring substantial cooling water to maintain normal operational temperatures for equipment in steel plants. However, as water often contains various impurities, prolonged usage easily leads to equipment damage.
To address this issue, Indonesian steel plants introduced 2-micron circulating water precision filters. Through this equipment, the steel plants effectively resolved impurities and scale in the cooling water, ensuring the unobstructed operation of the water cooling system. Simultaneously, the cost-effectiveness, high precision, and large throughput of the circulating water filter provided significant economic benefits in equipment maintenance and water usage for the steel plants.
Overall, the application of the circulating water filter in Indonesian steel plants has yielded considerable results for the region's steelmaking industry. This successful case serves as beneficial experience for steel plants in other regions, emphasizing the significance of circulating water filters in ensuring equipment's normal operation and enhancing production efficiency.
