The principle of efficient mechanical evaporation is to use a special atomizing nozzle and a super strong fan to combine mechanical force to crack the water pressure into 50-150um fine mist droplets.Through the ciroumferential rotation of the equipment,the fne water droplets are evenly thrown into the air.Compared with natural evaporation,this evaporation method greatly increases the specific surface area of the fine water droplets.Due to the increase in the surface area of the water droplets,it causes rapid evaporation of water under natural conditions.Under normal conditions,water droplets can evaporate within a flight distance of 8-10 meters.The particles that have not completed evaporation and have completed evaporation crystallization fall into the evaporation pond by their own gravity,ciroulate and evaporate sequentially,and finally the evaporation pond becomes a salt pond,where dry salt is disposed of by burial or other means.

Based on the user's evaporation demand and local conditions such as temperature,humidity,wind speed,water quality,and site,Cangzhou Blue Ocean  Environmental  Protection Equipment Co.,Ltd.has developed equipment that can control the size,movement speed,and direction of  water droplets through two years of research and development design.The equipment solves the impact of many factors such as scaling, suspended solids,and salt crystallization on the evaporation effect,and avoids salt dispersion,ensuring that on the one hand,water can be evaporated on a large scale,On the other hand,it can also prevent pollution to the environment.

Evaporative sprayer system is used in many fields,including medical and chemical industry,petrochemical industry,including mining,food industry wood processing,electric    power industry and urban sewage treatment plant.It can realize PLC centralized control,wireless network monitoring and remote control.Atomizing evaporator is widely used in the field of zero discharge of sewage.The evaporation system has low investment and treatment cost in  zero emission process.