Air purification systems for process air

Eliminate pollutants and improve air quality

By preventing the release of volatile organic compounds (VOCs), our process air purification systems increase occupational safety and environmental protection. With a degradation rate of over 99 %, our systems remove pollutants from the air and convert pollutants into a freely available heat flow. Our process air purification systems can be used in a wide range of industries.

The air purification systems from ETS Air Systems start where other technologies reach their limits – for the purification of process air, they offer a unique, patented concept with an unprecedented combination of maximum energy efficiency, an almost 100 % degradation rate, minimal life cycle costs, low maintenance and low investment costs.

The advantages of our process air purification systems at a glance

The IVOC-X – Clean Air process air purification units from ETS Air Systems offer a pollutant removal rate of almost 100% as well as attractive operating costs. As an important contribution to health, climate and environmental protection, the systems are also largely eligible for subsidies.

pollutant decomposition rate

> 0 %

lower operation costs

up to 0 %

less CO2 emissions

up to 0 %

less installation space

~ 0 %

Our systems for process air purification

We offer you various systems for cleaning process air to increase safety and health protection and also to convert pollutants into freely available heat flow. As our IVOC-X – Clean Air brand systems are purely electrically operated, they do not require any fossil fuels.

For the purification of the industrial exhaust air, we offer our customers thermal air purification systems as well as catalytic air purification systems. Our process air purification systems are available in three scales as modular concepts, an extension is possible if necessary.

Thermal industrial exhaust air purification

For the thermal process air purification, we offer our customers three different systems:

Industrial exhaust air purification system TX 6.500
Industrial exhaust air purification system TX 3.000
Industrial exhaust air purification system TX 1.000

Due to their modular building, the capacity of our systems is expandable flexibly.

Catalytic industrial exhaust air purification

For the catalytic process air purification, we also offer three different systems:

Industrial exhaust air purification system CX 5.000
Industrial exhaust air purification system CX 3.000
Industrial exhaust air purification system CX 1.000

Due to their modular building, the capacity of our systems is expandable flexibly.

Technical specifications

CX2.500

Consumption: 2,500m3/h in standard
Average consumption in operation: 8kW including fan, sensors & control
Control system: depending on the operating environment
Pollutants: volatile organic compounds
Concentration: autothermal operation from 200mg/m3 pollutant
Catalyst: precious metal
Volume flow | Fan: 0–2,500m3/h in standard |Pressure 3,000–4,000 Pa
Dimensions (L x W x H): 20″ container: 5,898 x 2,352 x 2,390mm
Options:
- Acid-resistant design
- Pollutant sensors
- Extended climatic operating conditions

FX1.000I

Work area: up to 10 m²
Machine volume: up to 30 m³
Air output: max. 600 m³/h
Dimensions: 467 x 953 x 951 mm (LxWxH)
Connection values: 220-240 V
Motor power: 170 W
Weight | Load capacity: approx. 50 kg | up to 50 kg
Filter type | Filter area: HEPA H14 & ISO ePM10 > 50% | 13.4 m²
Filter standard: DIN EN 1822 individually tested with certificate
Noise level: from 25 db(A)
CE declaration: yes
Certificates: TÜV Thüringen, IUTA
Hygiene-compliant: in accordance with VDI 6022
Control: 6-stage control
CO2 control light | Pollutant monitoring: yes, via LED display
Filter condition monitoring: yes, via LED display

CX500

Consumption: 500m3/h in standard
Average consumption in operation: 1.5 kW including fan, sensors & control
Control system: depending on the operating environment
Pollutants: volatile organic compounds
Concentration: autothermal operation from 200 mg/m3 pollutant
Catalyst: precious metal
Volume flow | fan: 0–500m3/h in standard | pressure 3,000–4,000 Pa
Dimensions (D x W x H) | weight: ~2,000 x 1,200 x 1,500 mm
Options:
- Acid-resistant design
- Pollutant sensors
- Extended climatic operating conditions

CX100

Compressed air | Consumption: 6 bar @ 300 l/h in standard | 100 m3/h in standard
Voltage | Current: 230 V | 16 A
Average consumption in operation: 300 W including fan, sensors & control
Control system: Siemens control Logo!
Pollutants: volatile organic compounds
Concentration: autothermal operation from 200 mg/m3 pollutant
Catalyst: precious metal
Volume flow | Fan: 0–100 m3/h in standard | Pressure 12,000 Pa
Dimensions (D x W x H) | Weight: 1,020 x 600 x 1,350 mm | 180 kg
Options:
- Acid-resistant design
- Pollutant sensor technology
- Extended climatic operating conditions

CX10

Filter: HEPA filter (fine dust)
Voltage | Current: 230 V | 5 A
Average consumption during operation: 200 W including fan, sensors & control
Control system: Siemens control Logo!
Pollutants: volatile organic compounds
Concentration: autothermal operation from 200 mg/m3 pollutant
Catalyst: precious metal
Volume flow | Fan: maximum 10 m³/h | Pressure 1100 Pa
Dimensions (D x W x H) | Weight: 620 mm x 656 mm x 890 mm | 80 kg
Options:
- Acid-resistant version
- Pollutant sensors
- Extended climatic operating conditions

Clean air for healthy and safe working conditions in industry

Our state-of-the-art air purification units for process air play a key role in ensuring clean and safe working conditions in industrial environments. They effectively remove pollutants, dust and dangerous particles from the air that are produced during industrial processes, thus ensuring a healthy working atmosphere. With our solutions, you not only protect the health of your employees, but also comply with strict environmental and safety regulations.

Processes and applications

Our systems for purifying process air are suitable for use in a wide range of different industries. You can find an overview of typical applications here, and further information here.

Plastics processes (e.g. extrusion, injection molding, granulation, plastics production, finishing, processing)
printing processes (e.g. 3D printing, packaging printing, advertising material printing)
Laser processes (e.g. cutting, welding, sintering, additive manufacturing, lightweight construction, perforating, melting)
Chemical and pharmaceutical processes (active ingredient production, dosing, crude oil and natural gas processing, synthesis processes, residual gases)
drying and sintering processes (e.g. wood, ceramics, natural materials, electrical engineering)
food production (e.g. frying, baking, roasting processes)
Surface treatment (e.g. cleaning, coating, disinfection, painting)
Textile processing and packaging (e.g. fabrics, paper, cardboard, foils)

Degradable pollutants

Our process air purification systems can eliminate numerous pollutants and odors. A customer-specific design of the catalyst and components enables even further optimization for the pollutants present on site in the exhaust air stream.

VOC: The main task of IVOC‑X systems is the reduction of gaseous and vaporized pollutants, the volatile organic compounds (VOCs). VOCs are dangerous for both health and the environment.
CO2: The high efficiency of our technology also helps to significantly reduce CO2 emissions. Our systems therefore make an important contribution to environmental protection.
NOX: Due to the low operating temperature thanks to catalysts, no additional NOX emissions are produced from the air during the combustion process. Electrical operation means that no byproducts can be produced from gas burners. Selective catalytic reduction also actively converts NOX into harmless nitrogen.