This project provided closed-circuit cooling towers for a core petrochemical project in Iraq's Middle East, meeting the continuous cooling requirements of large reactors and heavy oil heat exchange systems.

Closed Circuit Cooling Tower Media: High-purity process water Quantity: 6 units Project Description counter-flow closed circuit cooling towers were installed to support the core furnace and induction heating system of a large-scale non-ferrous metal smelting project in Uzbekistan. Designed for the extremely arid and dusty climate of Central Asia, the project employed advanced fully enclosed counter-flow heat exchange technology and a highly efficient dust-proof structural design, achieving "zero-pollution" temperature control in industry while demonstrating excellent water-saving and weather-resistant performance. Recommended Standardized Case Name: Arid Region Integration: Counter-flow Closed Cooling Tower Project for Uzbekistan Metallurgical Base (Arid Region Integration: Counter-flow Closed Cooling Tower Project for Uzbekistan Metallurgical Base)

This project provided medium-high temperature open cooling towers for a mining and metallurgical heavy industry project in South Africa to treat the high-temperature return water from the blast furnace and quenching system. Addressing the local arid and water-scarce conditions, high summer heat loads, and extremely high inlet water temperatures, the project utilized high-temperature resistant special fillers and a high-strength, corrosion-resistant fiberglass structure to achieve stable heat dissipation with large temperature differences and high efficiency, effectively ensuring the continuous and safe operation of the heavy industrial production line.

Three closed circuit cooling towers were installed for a well-known industrial manufacturing project in Mexico for precise temperature control of core equipment on the production line. Addressing the local water scarcity and dusty environment, the project adopted a fully closed-loop design, achieving zero-pollution, high-efficiency operation. The overall water-saving effect exceeded the client's expectations, ensuring green and continuous production in the multinational factory.

Five high-efficiency closed-circuit cooling towers were installed to power the generator units of a key national power plant in Cambodia for precise temperature control of the core turbine auxiliary equipment and critical power equipment. Addressing the characteristics of the local climate—constantly hot and humid, prone to flooding during the rainy season, and the power plant's 24/7 high-load operation—the project employed closed-loop dual-circulation heat exchange technology and a high-grade corrosion-resistant reinforced structure, achieving zero-pollution continuous cooling and ensuring a green and stable power supply to the Cambodian power grid.

This project provided three square counterflow fiberglass cooling towers for a landmark commercial and cold chain project in the Philippines, offering high-flow-rate circulating water cooling services. Designed for the high-temperature, high-humidity, and high-salt-spray environment of the local tropical maritime climate, the project utilized high-strength, corrosion-resistant fiberglass material and a counterflow, high-efficiency heat transfer structure to ensure long-term stable operation of the system, demonstrating excellent corrosion resistance and energy-saving performance.

Evaporative condensers were delivered to a large-scale cold chain food processing project in Russia for the cooling and liquefaction of high-pressure R717 (ammonia) gas. The project overcame the challenge of winter freeze protection in the extremely cold climate, ensuring the green, safe, and stable operation of the large-scale ammonia refrigeration system thanks to its excellent airtightness, corrosion resistance, and high heat exchange efficiency. Recommended Standardized Case Name: Safe & Highly Efficient Integration: KEG-400 Evaporative Condenser Project for Russian Ammonia Refrigeration Cold Chain