Quotation for industrial desulfurization and denitrification purification equipment

Exhaust gas treatment desulfurization and denitrification purification deviceAccording to the principles of aerodynamics and fluid dynamics, the smoke and water entering the equipment are accelerated to collide, causing the water to quickly form small water droplets under the action of high-speed and high-temperature smoke airflow. The formation of small water droplets increases the contact area between smoke and water, and the dust and sulfur-containing oxides in the smoke quickly neutralize with alkali lime water to form gypsum, which is then separated from the air through a separation layer.

Exhaust gas treatment desulfurization and denitrification purification deviceProcess steps:

First level treatment - using a structurally optimized dual cyclone dust collector, the dust removal efficiency of the dual cyclone dust collector can reach about 85%. After collecting dry ash through the dual cyclone dust collector, the trouble of cleaning the water tank during the next water film dust removal process is reduced, thereby avoiding secondary pollution.

Secondary treatment - using structurally optimized Venturi devices and atomizing nozzles for smoke and dust removal.

Third level treatment - using a rotating wet dust removal and purification device

The rotary wet dust removal and purification device is equipped with a built-in cyclone plate device and a defogging plate. It adopts a structurally optimized cyclone plate system for dust removal treatment, achieving three-stage treatment.

Fourth level treatment, fifth level treatment - using a rotating wet dust removal and purification device II

The rotating wet dust removal and purification device 2 is equipped with a built-in filtering device, a swirl plate device, and a defogging plate.

Level 6 to Level 9 processing - using a rotating wet dust removal and purification device

The rotating wet dust removal and purification device has three built-in filtration systems, cyclone plate systems, gas reprocessing and washing devices, and defogging devices.

Performance advantages:

(1) Excellent craftsmanship and technical specifications that meet environmental and manufacturer requirements.

(2) Low investment, low operating costs, and good economic viability.

(3) Good anti scaling and anti blocking performance, stable operation, and high safety performance.

(4) Good anti-corrosion performance and long service life.

(5) Good operational performance and convenient operation and management.

(6) The fan has no water phenomenon