Water Scrubbing Tower

For gases requiring water absorption, a single-stage water scrubbing system can achieve a pollutant removal rate of over 90% with optimized gas-liquid contact conditions. For highly water-soluble components, engineering designs can further achieve removal rates of 95%–99%+ under appropriate concentration, temperature, and liquid-to-gas ratio conditions.

However, specific removal rates must be calculated based on the pollutant type and inlet concentration.

Water scrubbing towers can be designed for large-scale operations to match actual gas flow rates.

Equipment can be configured for gas flow rates ranging from a few thousand Nm³/h to hundreds of thousands of Nm³/h. Tower diameter, packing height, and spray systems are recalculated based on the treatment capacity; we determine the optimal tower diameter by considering gas velocity, liquid-to-gas ratio, packing characteristics, and allowable pressure drop.

GYRO systems can be equipped with high-efficiency mist elimination structures to separate liquid droplets entrained in the gas stream. This minimizes liquid accumulation in downstream piping, water carryover into fans, corrosion of downstream equipment, and circulating water loss.

Specific allowable droplet carryover limits are determined based on project process requirements.

For scrubbing systems positioned relative to the fan, pressure drop directly impacts operational power consumption. Our design process simultaneously balances removal efficiency, gas velocity, and pressure drop.

By carefully selecting packing materials, spray configurations, and tower diameters, we minimize system resistance while meeting treatment efficiency targets. Options such as larger tower diameters or low-pressure-drop packing solutions can be selected based on specific operating conditions.