TEXTILE INDUSTRY
fibre separation, air filtration and humidity control
AIR QUALITY CONTROL IN THE TEXTILE INDUSTRY
In the textile industry, controlling thermo-hygrometric conditions and air quality is essential to ensure process stability, product quality, production equipment efficiency, and operator well-being. Processing natural or synthetic fibres generates large quantities of fine dust, airborne fibres, process residues and electrostatic charges which, if not properly managed, can negatively affect process performance, increase machine downtime and create serious safety risks.
The most critical aspects include the filtration and separation of dust and fibres, maintaining stable temperature and relative humidity levels, proper air flow balancing, and heat recovery from ovens or other process equipment such as finishing lines. Optimising these parameters significantly improves production efficiency, reducing both operating costs and overall energy consumption.
AERIS SOLUTIONS FOR THE TEXTILE INDUSTRY
Aeris designs and delivers technologically advanced systems for the textile industry, including:
- Fibre separation and compaction systems;
- High-efficiency filtration of fibres and dust using rotary filters, drum filters and cyclonic separators;
- Stable and precise thermo-hygrometric control through adiabatic air washers and IHS® technology;
- Optimised air flow balancing across different production areas;
- Heat recovery systems to reduce energy consumption;
- Reduced water consumption;
- Improved energy efficiency;
- Lower operating and maintenance costs.Each system is engineered in accordance with UNI EN 16798-3:2018 standards (formerly UNI EN 13779) and complies with ErP 2018 energy efficiency requirements. IHS® humidification solutions, compliant with the strict VDI 6022 standard, ensure the highest hygienic quality of treated air.
Aeris is the ideal partner for companies seeking efficiency, quality, safety, and innovation.
Rely on Aeris to improve comfort and productivity in your industrial environment with our custom-engineered solutions.
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