HRN Water-Saving Anti-Plume Industrial Cooling Tower_Lanxun Cooling Tower
HRN Water-Saving Anti-Plume Industrial Cooling Tower

HRN Water-Saving Anti-Plume Industrial Cooling TowerIndustrial Water-Saving & Anti-Plume

An industrial cooling tower where wet-section cooling and plume-abatement heat exchange work together for high-load heat dissipation.

The HRN series is a water-saving plume-abatement industrial cooling tower built by LANXUN for heavy-industry high-load conditions. It coordinates the wet-section cooling with a plume-abatement heat exchange section (GS/LN/GSLN three options), effectively suppressing plume discharge while ensuring an extra-large cooling-water flow of 1200–6000m³/h. Three tower-body forms are offered — steel structure, concrete structure, and FRP — to suit different project budgets and construction conditions. The core fill uses S-wave modified PVC material with a large specific surface area, B1 flame-retardant, and a 20-year service life. Widely used in petrochemical, steel, and power industries, the HRN series is the main force in industrial water-saving and plume abatement.

Key Highlights

Three Plume-Abatement Modes (GS/LN/GSLN)

Three plume-abatement solutions are offered — GS dry path, LN low-noise dry path, and GSLN combined — selected flexibly by fog level and economy.

High Load (1200–6000m³/h)

A single tower covers 1200–6000m³/h of extra-large cooling-water flow; multi-tower parallel expansion reaches tens of thousands of m³/h for million-ton industrial water needs.

Three Tower-Body Structures

Steel (economical), concrete (durable 50+ years), and FRP (best corrosion resistance), selected flexibly by project and budget.

S-Wave Modified PVC Fill

B1 flame-retardant, specific surface area >150m²/m³, with UV stabilizer added for aging resistance and a design service life of ≥20 years.

Working Principle and Structural Features

The following content is excerpted from the HRN Water-Saving Anti-Plume Industrial Cooling Tower product manual

Working Principle

The HRN series counter-flow cooling tower is available in three forms by tower body material—steel structure, reinforced concrete structure, and all-FRP—with design conditions of: inlet water temperature 43℃, outlet water temperature 33℃, wet-bulb temperature 28℃, dry-bulb temperature 31.5℃, atmospheric pressure 9.94×10⁴Pa.

Hot water is evenly distributed at low pressure by three-splash nozzles, requiring only 0.6mH₂O to reach even water distribution pressure and reducing head loss; after the water leaves the splash pan it forms three layers of water flow, creating a three-dimensional droplet group of varying height and distance that spreads the hot water evenly over the top of the fill without voids, increasing water-air heat exchange and improving cooling efficiency.

The airflow through the tower's sprinkling section is organized by the flow-contracting section of the elliptically designed fan stack and uniformly transitions to the fan working section; in the fan working section the airflow does work through the blades and is raised to the dynamic-pressure recovery section, where a dynamic-pressure recovery section designed on gas-flow-field homogenization theory guides and diffuses the airflow, effectively reducing the dynamic-pressure loss of the airflow in the exhaust stack.

Motor Dedicated to Cooling Towers

A Y2 series high-efficiency horizontal asynchronous motor dedicated to cooling towers, compliant with IEC standards; outdoor type with IP55 protection and Class F insulation, fitted with premium wear-resistant bearings, with an effective motor life of more than 15 years.

Right-Angle Gear Reducer

A right-angle high-power industrial reduction gear unit with oil-immersed positive-lubrication reduction gears; SKF imported bearings are optional, and the coupling shaft is a premium 304L stainless steel drive shaft, or an imported carbon-fiber shaft can be fitted.

Low-Noise Axial Fan

A new axial low-noise fan dedicated to cooling towers, molded from high-strength epoxy FRP, applying aerodynamic principles and an airfoil-profile design, with large air volume, high efficiency, smooth operation, and interchangeable blades.

S-Wave Modified PVC Fill

Uses brand-new S-wave modified PVC fill with an original counter-flow tower hanging fill system for easy cleaning and maintenance; the fill has an oxygen index of up to 46.1%, meets China's Class B1 flame-retardant grade, and has a normal service life of 20 years.

Three-Splash Nozzle

Low supply pressure—only 0.6mH₂O is needed to reach even water distribution pressure; the water distribution forms a three-dimensional droplet group of three water-flow layers spread over the top of the fill without voids; the nozzles are fixed with ABS/stainless steel bolts to prevent them from falling off.

High-Efficiency Drift Eliminator

Uses a sine-wave JT-45 modified PVC reinforced drift eliminator with machine-formed sheet thickness ≥0.8mm and ABS supports; drift loss is no more than one part in 100,000, the flame-retardant oxygen index is greater than 40, and the service life is at least 15 years.

Technical Specifications

Model (Structure-Plume)Cooling Water Flow (m³/h)Fan Diameter (mm)Motor Power (kW)Dimensions L×W×H (m)Operating Weight (t)Noise dB(A)
HRN-1200-GS(Steel)120050005510.0×6.0×8.02562.0
HRN-1500-GS(Steel)150055007511.0×6.5×8.53062.8
HRN-1800-GS(Steel)180060009012.0×7.0×9.03663.5
HRN-2200-LN(Steel)2200650011013.0×7.5×9.54264.0
HRN-2600-LN(Steel)2600700013214.0×8.0×10.04864.5
HRN-3000-LN(Steel)3000750016015.0×8.5×10.55565.0
HRN-3500-GSLN(Steel)3500800018516.0×9.0×11.06265.5
HRN-4000-GSLN(Steel)4000850020017.0×9.5×11.57066.0
HRN-4600-GSLN(Steel)4600900025018.0×10.0×12.07866.5
HRN-5200-GSLN(Steel)5200950028019.0×10.5×12.58667.0
HRN-6000-GSLN(Steel)60001000031520.0×11.0×13.09667.5
HRN-1200-GS(Concrete)120050005510.0×6.0×8.02862.0
HRN-1800-GS(Concrete)180060009012.0×7.0×9.04063.5
… The above are the first several models each of the 13 steel-structure models and 13 concrete-structure models; for FRP-structure models, please consult the LANXUN technical team.

Product Gallery

Images are from the HRN Water-Saving Anti-Plume Industrial Cooling Tower product manual

HRN Water-Saving Anti-Plume Industrial Cooling Tower - Panorama of the HRN multi-cell tower project
Panorama of the HRN multi-cell tower project
HRN Water-Saving Anti-Plume Industrial Cooling Tower - Industrial cooling tower on site
Industrial cooling tower on site
HRN Water-Saving Anti-Plume Industrial Cooling Tower - Complete unit on site
Complete unit on site

Applications

Petrochemical/refining circulating water
Steel/metallurgical cooling
Thermal/nuclear power plant auxiliary cooling
Large chemical combined plants

Certifications & Endorsements

CTI Thermal Performance
FM Fire Protection
CE EU Safety
B1 Flame-Retardant Test Report

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