Paper Recycling Dust Suppression

mist-air provides efficient and reliable dust suppression for the paper recycling industry, ensuring a clean, safe, and dust-free environment. Dust is a major challenge during baling, shredding, and loading, as fine paper particles become airborne, reducing air quality and creating health risks for workers.

By using advanced dry fog technology, mist-air captures and suppresses dust at its source, preventing it from spreading throughout the facility. Unlike traditional suppression systems, which risk wetting paper materials, mist-air ensures that paper and tissue products remain dry, maintaining their quality and integrity during processing.

Dust control is also critical during paper and tissue manufacturing, where airborne fibers and dust can affect production efficiency, increase machine wear, and pose fire hazards. mist-air prevents dust accumulation, reducing equipment maintenance costs and improving workplace safety.

With its low power and water consumption, mist-air is a cost-effective and environmentally friendly solution, making it the preferred choice for paper recycling and manufacturing facilities worldwide.

• Effectively suppresses dust during baling, shredding, and loading

• Prevents airborne paper fibers from spreading throughout facilities

• Ensures paper and tissue products remain dry and undamaged

• Reduces health risks by improving air quality for workers

• Minimizes fire and explosion hazards caused by airborne paper dust

• Prevents dust buildup, reducing maintenance costs on equipment

• Enhances efficiency in paper and tissue manufacturing processes

• Helps businesses comply with workplace health and safety regulations

• Uses minimal power and water, making it an energy-efficient solution

• Easy to install and integrate into existing recycling and manufacturing operations

With mist-air®, paper recycling and manufacturing facilities can operate more efficiently, safely, and cost-effectively, ensuring optimal dust control without compromising product quality.