Principle: Hybrid dry-wet operation (e.g., dry-wet hybrid, airheat exchange) mixes pre-cooled dry air with saturated wet air to

reduce exhaust humidity and eliminate "plume fog."

Water Saving: Dry section avoids evaporation loss, saving

306,000T water/year (for 50,000T/h tower) and ¥2.44M

annually (water price: ¥8/T).

Hybrid Mode: Auto-adjusts dry/wet airflow based on seasons

(wet mode in summer, hybrid mode in winter).

Heat Transfer: High-efficiency finned tubes/air exchangers with

1.5~3.5℃ pre-cooling.

Zero Fog Emissions: Non-saturated exhaust eliminates visual

pollution.Corrosion Resistance: FRP trusses (>20-year lifespan), stainless

steel coils + aluminum fins.

Auto airflow allocation via temperature/humidity sensors,

remote monitoring supported.

Lightweight (15% lighter than steel), corrosionresistant, seismic-resistant.

Stainless steel + aluminum fins, low air

resistance.

Vacuum-formed film fill, 30% higher heat

transfer.

FRP/UPVC pipes, patented

nozzles (drift <0.001%).

Aluminum alloy, precise airflow control

Inner Mongolia Sending EP&ES Co., Ltd.