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Transitioning from micro to nano: unlocking the potential of cellulose nanomaterials Webinar
Video
01:00:20

Transitioning from micro to nano: unlocking the potential of cellulose nanomaterials Webinar

This comprehensive presentation explores advanced cellulose nanomaterial production through real-time monitoring and machine learning optimization. Marc Delgado-Aguilar demonstrates how tempo-mediated oxidation and enzymatic pretreatments can be monitored using NIR spectroscopy and chemometric modeling, enabling better process control. The research reveals optimal processing conditions for high-pressure homogenization, showing 1.5% consistency delivers maximum fibrillation yield while minimizing energy consumption. Advanced AI models including artificial neural networks and random forest algorithms successfully predict key properties like aspect ratio and yield of fibrillation from easily measurable process parameters. These breakthrough approaches address critical industry challenges in scaling cellulose nanofiber production, offering practical solutions for reducing processing costs, improving quality control, and accelerating time-to-market for sustainable nanomaterials applications across multiple industries.

Sustainability Versus Nanocellulose in Diverse Applications
Video
00:55:18

Sustainability Versus Nanocellulose in Diverse Applications

Dr. Joyce Kaschak presents innovative approaches to sustainability using nanocellulose in diverse applications, from solar cell substrates to construction materials. As the new TAPPI Nano webinar chair, she explores advanced processing techniques that combine bio-based materials with enhanced functionality, demonstrating how mid-career professionals can leverage circular economy principles for competitive advantage. The presentation covers practical applications including UV-blocking filters for extended solar panel lifespans, 3D printing with bio-based composites, and sustainable production methods using agricultural waste like rose stems. Key insights focus on optimizing material properties while reducing environmental impact through strategic design choices.

Enhancing and Expanding Wastewater Treatment at Pulp and Paper Mills Webinar
Video
00:45:38

Enhancing and Expanding Wastewater Treatment at Pulp and Paper Mills Webinar

This comprehensive webinar explores advanced wastewater treatment technologies for pulp and paper mills, featuring Veolia's high-rate anaerobic reactors, biogas desulfurization systems, and moving bed biofilm reactor (MBR) solutions. Industry professionals will learn proven retrofit strategies to enhance existing treatment facilities, increase capacity, and meet environmental compliance requirements. The presentation covers specific technologies including UASB and EGSB systems for cod removal, biological desulfurization for biogas utilization, and compact MBR systems that reduce footprint while improving treatment efficiency. Real-world case studies demonstrate successful implementation approaches for facility expansions and process conversions, providing actionable insights for operations managers seeking cost-effective wastewater treatment upgrades.

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