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Videos
Molded Pulp, Chemical Aspects Webinar – Part 1: Retention & Uniformity
This comprehensive webinar covers retention chemistry fundamentals for molded pulp production, targeting plant managers and R&D professionals seeking advanced technical insights. Dr. Hubbe explores retention aids including cationic polyacrylamide, alum systems, and polyamines for improving fines retention and drainage efficiency. Key topics include pH optimization, microparticle technology, over-flocculation prevention, and gentle retention approaches suitable for molded fiber applications. The session emphasizes practical strategies for enhancing product uniformity, reducing equipment deposits, and optimizing production rates while managing costs. Essential knowledge for operations professionals looking to benchmark performance and implement proven retention chemistry solutions in their molded pulp manufacturing processes.
Videos
Molded Pulp, Chemical Aspects Webinar – Part 2: Fluid holdout (hydrophobic sizing)
This comprehensive webinar explores advanced hydrophobic sizing techniques for molded pulp production, covering rosin-alum systems, alkyl ketene dimer (AKD), and surface sizing methods with styrene maleic anhydride copolymers. Mid-career professionals will gain practical insights into optimizing liquid holdout, grease resistance, and barrier properties for sustainable packaging applications. The presentation addresses critical formulation challenges including retention chemistry, curing conditions, and troubleshooting common sizing failures, while examining layered approaches using microfibrillated cellulose for enhanced performance. Essential viewing for operations managers and R&D leads seeking to advance their expertise in eco-friendly packaging solutions and specialty pulp applications.
Videos
High-Value Healthcare Applications of Cellulose: Unlocking New Opportunities
Dr. Diego Gomez Maldonado presents groundbreaking research on cellulose nanomaterials for healthcare applications at Texas Tech University. This TAPPI webinar explores how cellulose nanocrystals and nanofibrils can revolutionize tissue engineering, drug delivery, and disease detection. Learn about sustainable biomass valorization techniques, bacterial cellulose scaffolds for bone regeneration, and novel diagnostic sensors for cancer and water contaminants. Discover career opportunities in advanced renewable materials, from agricultural residues to smart healthcare solutions. Perfect for early-career professionals exploring paper, packaging, and sustainability sectors seeking research insights, networking connections, and industry pathways in bio-based materials innovation.
Videos
AI for Predictive Maintenance in Paper Mills
Sun Automation's VP of Technology Goku Gopakumar delivers an essential AI primer for manufacturing professionals, covering practical machine learning applications in predictive maintenance. This comprehensive webinar explores supervised and unsupervised learning models, real-world implementation challenges, and ROI-driven strategies for industrial operations. Mid-career professionals gain actionable insights on data infrastructure requirements, model training best practices, and successful AI adoption frameworks. Key learnings include selecting appropriate AI solutions for specific manufacturing problems, overcoming data quality challenges, and building internal capabilities. Essential viewing for operations managers, R&D leads, and engineers seeking to leverage artificial intelligence for equipment reliability, process optimization, and competitive advantage in industrial settings.
Videos
IWITT Highlight Video
The International Women's Think Tank leads global empowerment initiatives for women and girls through research, innovation, and strategic partnerships. This organization drives economic growth by promoting intercultural understanding, supporting women in tech and cybersecurity careers, and developing youth leadership programs for ages 4-18. Recognized by the Georgia State Senate for improving women's status, the think tank focuses on business ownership empowerment and sustainable farming solutions. For young professionals seeking career advancement and networking opportunities, this organization demonstrates how strategic partnerships can accelerate professional development and create meaningful impact in technology and business sectors.
Videos
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.
Videos
Biomaterials and Bioethanol from Lignocelluloses
Professor Sun presents breakthrough cellulose and lignin extraction techniques from biomass for sustainable materials production. This TAPPI webinar explores innovative pretreatment methods yielding 95% pure cellulose, oligosaccharide production for feed additives, and commercial lignin applications in biodegradable polymers. Learn how dual enzymatic hydrolysis and alkaline treatments optimize biomass utilization while reducing industrial waste. Discover practical applications in bioethanol production, formaldehyde resin alternatives, and renewable materials development. Essential insights for early-career professionals entering paper, packaging, and advanced renewable materials industries seeking sustainable processing solutions.
Videos
Optimizing Pedestrian Safety with Six Sigma and Cutting-Edge Anti-Collision Systems Webinar
Learn how to optimize pedestrian safety in manufacturing facilities using Six Sigma methodology combined with advanced anti-collision systems. John Faiola demonstrates how continuous data monitoring from LTPS technology sensors and AI cameras provides unbiased, real-time safety metrics that enable proactive accident prevention. This webinar covers the complete DMAIC process applied to safety as a final product, featuring a case study showing how one paper mill reduced 5,700 medium-risk interactions through data-driven solutions. Mid-career professionals will discover actionable strategies for implementing safety improvements, reducing insurance premiums, and demonstrating ROI to leadership while building stronger safety cultures in their operations.
Videos
Advanced Inline TDS Measurement Technology for Brown Stock Washing Optimization with Advanced Process Control Webinar
This TAPPI webinar explores advanced inline TDS measurement technology for brown stock washing optimization with advanced process control. Industry experts from Vaisala and Andritz demonstrate how digital TDS analyzers enable real-time monitoring of total dissolved solids in pulp stock lines, improving washing efficiency and reducing chemical consumption. Mid-career professionals will learn practical implementation strategies for dilution factor optimization, economic benefits of precise measurement control, and proven advanced process control solutions that maximize energy recovery while minimizing bleaching costs. The session covers installation best practices, maintenance requirements, and ROI optimization techniques essential for modern fiber line operations.
Videos
Lignocellulose Fractionation For Zero-Waste Biorefinery
Dr. Eugene Park presents SAFE, a revolutionary bio-based filler technology that transforms lignocellulosic biomass into high-performance automotive materials. This sulfur-free lignin-cellulose composite offers 7% weight reduction in automotive applications while maintaining superior mechanical properties and thermal stability up to 270°C. Unlike traditional mineral fillers, SAFE provides antibacterial properties, anti-scratch capabilities, and significantly lower density, making it ideal for sustainable manufacturing in automotive, electronics, and polymer processing industries. The proprietary lignin-first biorefinery process achieves zero waste production, positioning SAFE as a competitive alternative to talc and other conventional fillers for mid-career professionals seeking advanced sustainable material solutions.