What Is a Cyclone Mixing Spray Tower?
Cyclone Mixing Spray Tower is a type of spray tower which is also known as a cyclone scrubber .It is also known as wet scrubber or gas scrubbing tower.This type of spray tower is an advanced air pollution control device designed to remove particulate matter with dust and harmful gases from industrial exhaust stream.This tower combines the principles of centrifugal force and liquid scrubbing to efficiently separate contaminants from the gas flow.
By integrating cyclone separation with spray tower technology the Cyclone Mixing Spray Tower delivers superior dust collection, gas absorption and cooling performance that’s making it one of the most energy efficient and reliable wet scrubber towers available for industrial applications.
What makes industries to choose Cyclone Mixing Spray Tower
Our Hebei OuTai Environmental Protection Equipment Co., Ltd Cyclone Mixing Spray Tower offers numerous advantages for industries aiming to meet strict environmental regulations and improve air quality.
Efficiency: This spray tower have High Dust and Gas Removal efficiency.The cyclone spray combination ensures maximum contact between gas and liquid droplets.This resulting in high pollutant removal rates up to 98–99%.
Reduced Operational Costs: This spray tower help to reduce the operational cost. Its Low pressure drop design minimizes energy consumption while maintaining superior performance.
Corrosion Resistant Construction: This spray tower is mainly manufactured with using high grade materials like FRP, PVC or stainless steel for long lasting durability.
Environmentally Friendly: This system is eco friendly.Because it helps industries comply with emission standards while improving workplace air quality.
Product Description and Material Properties
The Cyclone Mixing Spray Tower is a hybrid gas scrubbing system comprising a cylindrical tower body, a tangential gas inlet, spray nozzles, demister section, and liquid circulation tank.
Material Options
Material Type | Application Use | Corrosion Resistance | Temperature Resistance | Durability Level |
FRP (Fiberglass Reinforced Plastic) | General chemical gas scrubbing | Excellent | Up to 100°C | High |
PVC | Acidic gas scrubbing | Good | Up to 60°C | Medium |
Stainless Steel (304/316L) | High-temperature and heavy-duty conditions | Excellent | Up to 250°C | Very High |
PP (Polypropylene) | Organic gas treatment | Good | Up to 80°C | Medium |
Standard Physical & Mechanical Properties
Density: 1.8–2.0 g/cm³ (FRP-based).
Compressive Strength: ≥100 Mpa.
Operating Temperature Range: -20°C to 250°C.
Corrosion Resistance: Excellent against acids, alkalis, and solvents.
Surface Finish: Smooth, anti-corrosive inner lining.
Product Features
Compact Structure: Compact design, exquisite appearance, and rapid response.
Reliable Performance: Over 1.5 million power pulses, voltage deviation tolerance ±10%.
Easy Installation: Internal thread connection, electrical connection junction box and cable socket with IP65 protection rating.
Superior Materials: Valve body made of precision-cast aluminum alloy, sealing material NBR (nitrile rubber).
Working Mechanism of Cyclone Mixing Spray Tower
The Cyclone Mixing Spray Tower operates through a multi-stage purification process:
Tangential Gas Inlet: Polluted gas enters the tower tangentially, creating a high-speed rotational flow.
Cyclonic Separation: Centrifugal forces drive heavier dust and mist particles toward the wall for initial separation.
Mixing and Spraying: Spray nozzles atomize the scrubbing liquid into microscopic droplets that mix and capture remaining fine particles and soluble gases.
Gas–Liquid Contact: Extended contact time ensures effective absorption of sulfur oxides (SOx), hydrogen chloride (HCl), ammonia (NH₃), and other contaminants.
Demisting Section: A mist eliminator removes excess moisture before clean air exits the tower.
Liquid Recirculation: Collected slurry or water is recirculated after filtration, ensuring sustainable operation.
Installation Method
Foundation Preparation: Level platform and anchor bolts installation.
Assembly: Mount tower sections sequentially and connect inlet/outlet ducts.
Nozzle Adjustment: Align spray nozzles for even coverage.
Pump & Piping Connection: Integrate circulation system and water tank.
Testing: Conduct hydrostatic and airflow tests before commissioning.
Types and Working Mechanism Analysis Table
Type No. | Model Name | Tower Diameter (mm) | Gas Flow Rate (m³/h) | Efficiency (%) | Pressure Drop (Pa) | Material Type |
1 | CMS-1000 | 1000 | 2000–5000 | 96 | 800–1000 | FRP |
2 | CMS-1500 | 1500 | 5000–10000 | 97 | 900–1100 | PVC |
3 | CMS-2000 | 2000 | 10000–15000 | 98 | 950–1150 | SS304 |
4 | CMS-2500 | 2500 | 15000–20000 | 98.5 | 1000–1200 | FRP |
5 | CMS-3000 | 3000 | 20000–30000 | 99 | 1100–1300 | FRP+PVC |
6 | CMS-3500 | 3500 | 30000–40000 | 99 | 1200–1400 | SS316L |
7 | CMS-4000 | 4000 | 40000–50000 | 99.2 | 1300–1500 | PP |
8 | CMS-4500 | 4500 | 50000–65000 | 99.3 | 1350–1500 | FRP |
9 | CMS-5000 | 5000 | 65000–80000 | 99.5 | 1400–1550 | SS316L |
10 | CMS-5500 | 5500 | 80000–100000 | 99.6 | 1500–1600 | FRP/PVC Hybrid |
Cyclone Mixing Spray Tower — Technical Specification Table
Physical Dimensions | Performance Ratings | Material & Construction | Operational Data | Certifications & Lifecycle |
Height: 3,000–12,000 mm | Gas Flow Capacity: 3,000–120,000 m³/h | Tower Shell: Q235 CS / SS304 / FRP | ±5.0 kPa | 15–20 years |
Diameter: 800–4,200 mm | Dust Removal Efficiency: ≥ 95–99% | Cyclone Section: Carbon Steel / SS | : –2.5 to –4.5 kPa | ISO 9001:2015 |
Inlet Duct Size: 300×300–1,800×1,800 mm | Particle Capture Size: ≥ 2 μm | Spray Nozzles: SS316 / Ceramic | 800–2,500 Pa | ISO 14001 |
Outlet Diameter: Φ400–Φ2,200 mm | Gas Absorption Efficiency: 85–98% | Internal Lining: FRP / Rubber / PP | 1.0–3.5 L/m³ | GB/T 16297 |
Flange Size: DN300–DN2000 | Cooling Efficiency: ΔT 30–80°C | Demister Type: PP / SS Mesh | 2–8 m³/h | EPA Emission Std. |
BCD: Φ460–Φ2,400 mm | Max Inlet Gas Temp.: ≤ 180°C | Support Frame: Q235 Structural Steel | 2.2–22 kW | CE (Optional) |
Manhole Size: Φ450–Φ600 mm | SO₂ / HCl Removal: ≥ 90–97% | Seal Material: EPDM / PTFE | 1,200–28,000 kg | 6–12 months |
Base Footprint: 1,200×1,200–5,000×5,000 mm | Mist Carryover: ≤ 75 mg/Nm³ | Fasteners: SS / Grade 8.8 Bolts | Vertical / Skid-Mounted | ≥ 100,000 |
▪ Industrial Blower Series
▪ Y5-47 Industrial Blower | 4-72 Industrial Blower | 4-68 Industrial Blower | 9-19 Industrial Blower | 9-26 Industrial Blower
▪ Cycloid Reducer Series
▪ Horizontal Cycloid Reducer | Cycloid Vertical Reducer | Bipolar Cycloid Reducer XWE
▪ XLED Type Cycloid Reducer | XW Type Cycloid Reducer | Planetary Cycloid Reducer
▪ VOC Purifier Series
▪ Oil Fume Purifier | UV Light Oxygen Purifier | Activated Carbon Adsorption Box | Cyclone Mixing Spray Tower
▪ Cyclone Mixing Spray Tower | Regenerative Catalytic Oxidizer | Regenerative Thermal Oxidizer | Catalytic Oxidizer | Thermal Oxidizer
FAQs
Q1: What pollutants can the Cyclone Mixing Spray Tower remove?
Answers:It efficiently removes dust, fumes, acid gases (SOx, NOx, HCl), and odors.
Q2: Is it suitable for high-temperature or corrosive gases?
Answers:Yes, versions made from stainless steel or FRP can handle corrosive and high-temperature exhaust.
Q3: What maintenance does it require?
Answers:Periodic cleaning of spray nozzles, demisters, and circulation tanks ensures peak performance.
Q4: Can it be customized for different industries?
Answers:Absolutely. Each system is designed to your gas properties, flow volume, and emission limits.
Q5: What’s the service life of a Cyclone Mixing Spray Tower?
Answers:Typically 10–20 years depending on material selection and operation conditions.
