Desulfurization Gun Spray

High-Flow Desulfurization Gun Spray, Dust Removal Jet, Dust Control Injector, and Denitrification Spray Gun Nozzle

Advanced industrial applications require specially designed nozzles to provide effective solutions in air and gas treatment processes. The high-flow desulfurization gun spray, dust removal jet, dust control injector, and denitrification spray gun nozzle are critical tools used in such treatment processes. These nozzles protect the environment by reducing gas emissions and increase efficiency in industrial plants.

Below is detailed information and numerical data on the technical specifications of these nozzles and the areas where they are used.

1. High-Flow Desulfurization Gun Spray Nozzle

Nozzles used in desulfurization processes play a critical role, especially in chemical treatment and gas cleaning processes. Sulfur, especially in industrial plants, is produced as a result of the combustion of fuels and is one of the main substances that pollute the atmosphere. Sulfur removal nozzles clean the sulfur components in the gas through chemical reactions.

Numerical Data:

Outlet Type: Round cone, full cone
Connection Size: 1/2 inch – 3 inches
Flow Rate: 5 L/min – 50 L/min (typically in high flow requirements)
Working Pressure: 4 bar – 12 bar (gas pressure)
Liquid Suction Capacity: 50 mL/s – 500 mL/s (for chemical substances)
Liquid Type: Acidic solutions, basic chemicals
Atomization: Fine atomization (approximately 10-100 µm droplet sizes)
Temperature Resistance: Between 50°C and 120°C
Material: Stainless steel, ceramic coating (resistant to corrosive environments)
These nozzles are used especially to reduce the release of sulfur oxides (SOx) into the air. Application areas include power plants, petrochemical plants, and the metal processing industry.

2. Dust Removal Jet Nozzle

Dust removal jets are used to control air pollutants and ensure environmental cleanliness in industrial areas. These nozzles are specifically designed to improve air quality in machines and factories operating in dusty environments. Effectively controlling dust protects worker health and prevents damage to the environment.

Numerical Data:

Outlet Type: Flat jet, circular fan
Flow Rate: 0.5 L/min – 10 L/min (dust control is usually achieved with low flow)
Working Pressure: 3 bar – 6 bar (for pneumatic systems)
Droplet Size: 30 µm – 100 µm (dust removal and mist atomization)
Liquid Type: Water, chemical emulsions
Nozzle Type: Adjustable flow nozzle, fixed flow nozzle
Temperature Resistance: Between -10°C and 80°C
Material: Stainless steel, aluminum
Dust removal jets are usually used in areas such as machine rooms, cement factories, and mining processing plants. These nozzles effectively reduce the amount of dust in the air, thus playing an important role in occupational health and safety.

3. Dust Control Injector

Dust control injectors are used to control dust, especially in combustion chambers, industrial production lines, and mining. Dust control systems ensure an efficient production process by eliminating harmful dust in the air.

Numerical Data:

Flow Rate: 0.2 L/min – 8 L/min
Working Pressure: 2 bar – 8 bar
Droplet Size: 20 µm – 50 µm
Liquid Type: Water, water-based chemical mixtures
Outlet Type: Flat jet, mist jet
Temperature Resistance: Between 30°C and 90°C
Material: Stainless steel, plastic (for special applications)
Dust control injectors are used especially in places where dust is produced in high amounts, such as metal casting facilities and cement factories. Water-based systems are usually used to bind dust and are effective in controlling emissions.

4. Denitrification Spray Gun Nozzle

The denitrification spray gun nozzle is used especially for the removal of nitrogen compounds (NOx). These nozzles improve air quality by converting nitrogen oxides (NOx) into harmless compounds through chemical reactions. It is important to reduce the environmental impact in the industrial plant.

Numerical Data:

Outlet Type: Conical atomization, round atomizer
Flow Rate: 1 L/min – 25 L/min
Working Pressure: 4 bar – 8 bar
Liquid Type: Ammonia, urea solution
Atomization: Fine atomization (10-100 µm droplet size)
Temperature Resistance: Between 80°C and 160°C
Outlet Angle: Between 30° – 90°
Material: Stainless steel, titanium (for chemical resistance)
Denitrification spray nozzles are used especially in power plants and chemical plants. These nozzles reduce NOx emissions, thereby reducing environmental impacts and ensuring compliance with environmental regulations.

Conclusion:

High-flow desulfurization guns, dust removal jets, dust control injectors, and denitrification spray gun nozzles are important tools in industrial air treatment and emission control. These nozzles are used in various industries for gas treatment, emission control, and compliance with environmental regulations. Technical specifications such as flow rate, atomization, pressure, and liquid suction capacity directly affect the efficiency of each application and are important factors in the selection of these nozzles.