Modern tissue and towel converting lines generate significantly higher dust loads as speeds increase and fiber structures become lighter and more absorbent. Processes such as embossing, slitting, folding, and TAD‑style production release fine particulate that quickly destabilizes older systems and reduces overall process reliability.

Engineered Recycling Systems supports these facilities with engineered tissue dust collection solutions designed for continuous, high‑volume operation. Stable airflow, consistent capture efficiency, and reliable conveying performance are maintained across multiple machines, even under demanding production conditions. The CCM® OCT Filter provides high‑efficiency separation, reduced maintenance, and clean, compliant air quality for tissue, towel, and hygiene converting environments.

ERS systems also integrate trim, matrix, and dust into a centralized waste stream, improving housekeeping, reducing fire‑risk, and supporting long‑term operational stability.

Clean production, safe operation, and reliable airflow remain essential for modern tissue converting. ERS delivers engineered systems built for these requirements.

Contact our engineering team to discuss your tissue dust collection project.

Engineered Recycling Systems, LLC provides engineered industrial dust collection systems that support clean, safe, and reliable production environments across converting, packaging, and material‑processing operations. As manufacturers increase line speeds and handle more diverse substrates, the need for stable airflow, controlled filtration, and dependable dust removal has become essential for both product quality and worker safety. ERS systems are designed to maintain consistent performance under continuous operation, delivering reliable dust filtration, controlled air handling, and long‑term mechanical durability.

Current industry requirements show a growing emphasis on integrated solutions that manage both airborne dust and production waste. Engineered Recycling Systems, LLC supports this need with system designs that combine dust collection, trim removal, and matrix extraction into a unified engineered layout. This approach ensures stable conveying performance, reduced housekeeping demands, and improved uptime across converting lines. Customers can evaluate system performance through ERS engineering support, where airflow requirements, filtration strategies, and waste‑handling configurations are reviewed to match specific production conditions.

Engineered Recycling Systems, LLC continues to deliver dust collection solutions built on long‑standing engineering experience, providing clean production environments and dependable system performance for industrial operations.

Engineered Recycling Systems, LLC has supported the recycling industry with engineered copper wire and cable recovery systems since its earliest projects. The continued rise in electrification and infrastructure modernization has increased the importance of stable, high‑purity copper output, and ERS systems are designed to maintain consistent performance even with mixed insulated wire and cable streams. Controlled material preparation, reliable granulation, and precise density separation ensure that purity levels remain stable under industrial operating conditions.

Market developments show a growing emphasis on fine copper recovery and energy‑efficient processing. Engineered Recycling Systems, LLC addresses these expectations with system layouts built for throughput stability, reduced wear, and long service life. Customers can validate performance at the ERS test facility, where real material streams are processed under production‑level conditions to confirm recovery rates, purity, and operational efficiency.

Engineered Recycling Systems, LLC continues to provide copper recovery solutions built on long‑standing engineering experience and dependable industrial performance.

Learn how Engineered Recycling Systems, LLC can support your copper recovery performance and discuss your project with our engineering team today.