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Oil mist

Industrial oil mist filtration tower
AirTREAT Tower

airtreat tower industrial oil mist filtration tower hepa h13

AirTREAT Tower - Oil Mist is the HF solution designed to improve air quality in industrial production areas where oil mist and aerosols are generated by machining processes.

The system treats large volumes of air directly within the facility, helping to reduce the concentration of suspended oil particles that can spread beyond the machine tool and settle on surfaces, equipment and components within the production area.

The oil mist configuration uses a multilayer glass-fibre filtration stage specifically designed for liquid aerosols, distinguishing it from the AirTREAT Tower configuration developed for dust and dry fumes.

How the AirTREAT Tower for oil mist filtration works

AirTREAT Tower is designed as a system consisting of three integrated main modules.

1. Oil mist capture and filtration

Air containing oil mist and oily aerosols is drawn in through the capture points integrated into the tower structure and directed towards the dedicated filtration section.

The first stage uses multilayer glass-fibre filter elements, specifically configured to capture liquid aerosols present in the airflow.

The separated contaminant is collected in the lower section of the system in a dedicated collection container. The configuration is suitable for both neat oil applications and processes using emulsions.

2. Continuous air recirculation in the machining workshops

The integrated fan unit moves large volumes of air, promoting continuous air recirculation throughout the production environment.

3. Reintroduction of filtered air into the production area

The treated air is reintroduced into the production area through the upper air diffusion system, promoting controlled recirculation. As an additional benefit, the resulting airflow can also contribute to more uniform air conditions at different heights within the industrial hall.

Oil mist filtration for neat oil and emulsion applications

Multilayer primary filtration

The primary stage is specifically designed for the treatment of oil aerosols and uses multilayer glass-fibre filter elements. This configuration allows the system to treat oil mist generated by machining processes using both neat oil and emulsions, adapting to the requirements of different mechanical processes.

HEPA H13 absolute filtration

The final stage consists of a HEPA H13 absolute filter, included as standard in the AirTREAT Tower oil mist configuration. Combined with the primary filtration stage, the system can achieve an overall efficiency of up to 99.99%.

Intelligent oil mist treatment in machining workshops

In machining workshops and production areas with multiple machine tools, oil mist generated by machining processes can spread beyond the emission point and remain suspended in the air.

AirTREAT Tower treats the air throughout the entire production area and is designed for applications where diffuse oil aerosols need to be reduced without installing a complex dedicated ductwork system.

The system integrates capture, filtration, ventilation and air diffusion in a single stand-alone unit. Automatic airflow management allows the system to adapt its operation to the conditions within the production environment, limiting operation at maximum power to periods when it is actually required and reducing the need for continuous manual adjustments.

Range

AirTREAT Tower 12 - Oil Mist

Airflow: Up to 12.000 m³/h. For diffuse oil mist generated by machining processes.

AirTREAT Tower 24 - Oil Mist

Airflow: Up to 24.000 m³/h. For applications requiring higher airflow rates.

APPLICATIONS

  • Sharpening
  • Boring
  • Aluminum and zinc
  • Other applications
  • Hazardous environments
  • Agricultural operations
  • Broaching
  • VOC
  • Drying
  • Threading and tapping
  • Bag filter
  • Square filter
  • Filter
  • Drilling
  • Milling
  • Dry fumes and dust
  • Shot blasting
  • Laser cutting
  • Chemical analysis laboratories
  • Food processing
  • Electroplating
  • Marble processing
  • Food oil processing
  • CNC machining
  • Lathe machining
  • Various machining processes
  • Sanding
  • Metal cleaning machines
  • Oily mists
  • Emulsion atomization
  • Neat oil atomization
  • Shot peening
  • Dust with sparks
  • Presence of oil
  • Die casting
  • Asphalt/bitumen production
  • Cosmetics production
  • Metal cleaning
  • Cleaning
  • Grinding and superfinishing
  • Metal salting
  • Grinding and deburring
  • Storage
  • Saw cutting
  • Cutting
  • Mixing and weighing of powdery solid materials
  • Steel industry
  • Heat treatments
  • Painting
  • Glassware
  • Machining on machine tools
  • Chemical processes
  • Cement
  • Pharmaceutical processing
  • Carbon
  • Plastics processing
  • Welding
  • Plasma cutting
  • Epoxy coatings
  • Grinding
  • Wenting silos
  • Sandblasting
  • Deburring
  • Cardiac System
  • Respiratory System
  • Combustion
  • Dentition
  • Volcanic Eruptions
  • Milling-153
  • Metal materials fusion
  • Incineration plants
  • Paper industry
  • Processes with odorous emissions
  • Processes with graphite
  • Processes with combustible powders
  • Woodworking
  • Pickling lines
  • Metal washing machines-139
  • Small metal parts
  • Leather
  • Eye problems
  • Passivation process
  • Feed production
  • Adhesive tape production
  • Abrasive products production
  • Superfinishing grinding
  • Grinding
  • Satin finishing
  • Metal satin finishing
  • Nervous System
  • Waste disposal
  • Colis-calamina leveling
  • Storage, handling, and pneumatic transport of powdery solid materials
  • Storage and handling of powdery solid materials
  • Waste storage
  • Thermal cutting
  • Heat Treatments and Finishing Processes
  • Wastewater treatment
  • Paints and solvents
  • Foundries
  • Hot/cold stamping
  • Rubber industry
  • Industrial frying
Advantages
  • Multilayer glass-fibre filtration system for oil aerosols, suitable for both neat oil and emulsion applications.
  • Final HEPA H13 absolute filtration stage included as standard, with an overall system efficiency of up to 99.99%.
  • Reduced concentration of oil aerosols in the production environment and reduced operator exposure.
  • Reduced oil deposits on machinery, surfaces and components within the production area.
  • Treatment of large volumes of air with a stand-alone plug & play system, no ductwork required.
  • Fixed installation or easy relocation.
  • Automatic modulating airflow, no continuous manual adjustments, with reduced energy consumption.
  • Reduced operating and maintenance costs.

Versions

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