This 8-ton induced draft counterflow cooling tower operates with working fluid (water, oil, or other liquids) flowing inside coils that are externally sprayed with water. Heat transfers through the coil walls, creating saturated vapor when water meets air. The heat is exhausted through the top fan while water collects in the bottom tank for continuous circulation. The spray water cools via PVC radiation fins in a co-current flow with fresh air, primarily using sensible heat transfer.

Key advantages include prevention of scale formation on coil exteriors, making it ideal for high-temperature fluids (up to 60°C) or applications requiring large temperature differentials (e.g., 60°C to 32°C).

• No water pool required for operation
• Closed-loop circulating cooling system maintains fluid purity
• Soft water circulation prevents scaling
• Compact footprint with flexible placement options
• Low power consumption with simple, reliable operation

• PVC Drift Eliminator: Maximizes steam recovery and reduces evaporation loss
• S-Wave Cooling Tower Filling: Provides larger water flow surface area
• Spray Nozzles: Ensures uniform water distribution throughout the tower
• Cooling Tower Louvers: High air volume with minimal resistance, prevents debris entry and water splash
• FRP Shell: Smooth, durable surface with extended service life

This cooling tower is widely used in air conditioning systems, refrigeration units, injection molding, leather processing, foam production, power generation, steam turbines, aluminum processing, air compressors, and various industrial cooling water applications. It is particularly suitable for air conditioning cooling, freezing systems, and plastic chemical industries.

• Compact dimensions with low tower height
• Lightweight construction for easy installation
• Flexible layout options to accommodate space constraints