Recycling operations require clean air for safe and efficient material recovery

Cleaner, safer and more efficient recycling operations

Recycling facilities handle an exceptionally broad range of materials, from paper, plastics and glass to metals, batteries, electronics and mixed waste streams. Processing these materials can generate significant amounts of dust and other airborne contaminants.

At Nederman, we provide industrial dust collection, high vacuum extraction and cleaning, odour and gas control, and material handling solutions for recycling operations. We also help manufacturers collect production waste and byproducts so valuable materials can be recovered, reused or recycled.

Key clean air challenges in recycling

Dust can be generated throughout the recycling process as materials are handled, reduced in size and separated. Effective capture helps limit employee exposure, reduce buildup on equipment and maintain cleaner production areas.

The materials being processed can also create very different risks. Paper, plastics, wood and certain metals may generate combustible dust, making material assessment and proper system design especially important.
Other waste streams present additional challenges. Battery and electronic waste may generate fine particulate and other contaminants, while plastics, mixed waste and contaminated materials can create odours or vapours that require additional control. The right solution depends on both the material and the process.

Recycling processes and material streams we support

• Paper, plastics and fibre recycling - Paper, corrugated materials, plastics, fibres and textiles can generate substantial dust during recycling. Central dust collection and effective source capture help control contaminants while supporting reliable operation across multiple processing areas.
• Glass and complex material recycling - Glass and products containing significant amounts of glass can generate fine particulate as materials are broken down and separated for recovery. This includes applications such as glass recycling, solar panel processing and other complex products containing multiple recoverable materials. Effective dust collection helps contain particulate close to the process and maintain cleaner working conditions throughout the facility.
• Battery and electronic waste recycling - Battery and electronic waste contain a complex mixture of materials that must be separated and recovered. Processing can generate fine airborne particulate, metals and other contaminants that require effective capture and filtration.
• Metals and mixed material recovery - Metal recyclers and mixed material recovery facilities handle materials with widely varying dust characteristics. Effective extraction, filtration and industrial cleaning help control contaminants while supporting efficient material recovery and reliable operation.
• Production waste recovery in manufacturing - Recycling also takes place within manufacturing. Wood dust, paper waste, metal chips and other production byproducts can often be collected and separated before becoming mixed or contaminated.

Our solutions can be designed around the specific materials being recovered and the requirements of the recycling process. We help recycling facilities maintain cleaner production environments while improving opportunities to reuse material internally, repurpose it or transfer it into another recycling stream.