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Videos
2021 Virtual Women's Summit - Final
TAPPI's Women's Summit delivered cutting-edge innovation strategies through keynote speaker Heather Richard Smith, Senior VP of Technology at Jacobs. Young professionals gained practical insights on inclusive hiring for neurodiverse talent, sustainable innovation approaches, and military-inspired leadership techniques from General McChrystal's methods. Interactive breakout sessions explored work-life balance solutions, from flexible schedules to remote work strategies. Attendees earned professional development credits while networking with industry peers across 23 countries. The summit emphasized outcome-focused innovation over rigid processes, equipping early-career engineers with tools for technical skill growth and leadership visibility in pulp, paper, and packaging industries.
Videos
My TAPPI Story: Jimmy Jong - Nano Division
Jimmy Zhang shares his 28-year TAPPI journey, highlighting how nano division involvement accelerated his career in cellulose nanomaterials development. As a committee leader in the nano community, he demonstrates how TAPPI membership connects young professionals with industry experts working on cutting-edge research, from papermaking processes to sustainable plastic alternatives. Zhang emphasizes the networking advantages and leadership opportunities within TAPPI's specialized divisions, particularly for professionals developing innovative cellulose-based solutions for traditional and non-traditional applications in the evolving pulp and paper industry.
Videos
Machine Health for Pulp and Paper Webinar
This TAPPI webinar explores machine health solutions for pulp and paper manufacturers, featuring industry experts discussing predictive maintenance strategies to combat unplanned downtime and operational challenges. Mid-career professionals learn how AI-driven analytics deliver predictive insights that optimize asset lifecycle, reduce MRO costs, and improve production capacity. The presentation covers implementation strategies, environmental considerations for harsh paper mill conditions, and real-world case studies showing ROI achievement within 1-6 months. Topics include overcoming change management barriers, building technician trust in AI systems, and integrating machine health programs with existing maintenance strategies for enhanced reliability and operational excellence.
Videos
Molded Pulp, Chemical Aspects Webinar Part 4: Dewatering Challenges & Strategies
This advanced TAPPI webinar explores critical dewatering challenges in molded pulp production, covering fiber densification effects, fines migration patterns, and strategic retention aid optimization. Dr. Martin Hubbe presents practical solutions including charge patch mechanisms, microparticle systems, and enzyme applications for improving drainage rates. Mid-career professionals learn to balance production efficiency with product uniformity, addressing common bottlenecks that limit line speeds. The session includes real-world troubleshooting techniques, mathematical modeling limitations, and cost-effective approaches to enhance manufacturing throughput while maintaining quality standards in sustainable packaging applications.
Videos
PFAS Regulatory Impacts on The Pulp and Paper Industry Webinar
This comprehensive TAPPI webinar explores critical PFAS regulatory impacts on pulp and paper operations, featuring expert insights on sampling methods, analytical challenges, and treatment technologies. Young professionals learn about EPA Method 1633 for wastewater testing, TSCA reporting requirements, and Superfund implications. Industry specialists demonstrate how complex water quality matrices affect PFAS removal efficiency, requiring pretreatment before implementing granular activated carbon or ion exchange systems. The session covers emerging regulatory frameworks, cost considerations for treatment solutions, and practical guidance for environmental compliance. Essential knowledge for process engineers and analysts navigating PFAS regulations, analytical methods, and potential discharge requirements in forest products manufacturing.
Videos
Enhancing Pulp and Paper Mill Sustainability: A Case Study on John Crane’s Innovative Universal Cartridge Seal and Upstream Pumping Technology
This TAPPI webinar explores John Crane's innovative SB2 Upstream Pumper seal technology, featuring breakthrough non-contacting seal face design that revolutionizes pulp and paper mill sustainability. Brandon Hollis presents compelling case studies demonstrating dramatic water consumption reduction from 2 GPM to 0.3 GPM, saving nearly one million gallons annually per pump while extending mean time between repairs from 3 weeks to 15+ weeks. The advanced cartridge seal technology addresses critical operational challenges including low lubricity conditions, high temperatures, and abrasive fluids, delivering proven ROI through reduced maintenance costs, eliminated downtime, and exceptional performance in demanding bleach plant and black liquor applications for mid-career operations managers seeking sustainable efficiency solutions.
Videos
My TAPPI Story: Doug Coffin
Doug Colvin shares his 30-year TAPPI journey as a university faculty member and chief editor of TAPPI Journal, highlighting how the organization connects industry professionals, suppliers, researchers, and students across the pulp and paper sector. As chief editor, he oversees the peer-reviewed publication process and champions the journal's transition to open access, eliminating author fees while maintaining rigorous quality standards. Colvin emphasizes TAPPI Journal's critical role in advancing industry research for smart manufacturing and sustainable paper solutions that replace plastics, providing fundamental research resources that drive innovation and shape the future of the pulp and paper industry.
Videos
Roll-to-Roll Processing of Nanocellulose into Barrier Coatings Webinar
Professor Martti Toivakka presents comprehensive insights on roll-to-roll processing of nanocellulose barrier coatings for sustainable packaging applications. This technical webinar explores advanced coating methods including slot die coating, multi-layer structures, and industrial scalability challenges facing mid-career professionals in R&D and operations management. Learn how nanocellulose provides excellent oxygen and grease barrier properties while addressing moisture sensitivity through innovative polymer combinations. Discover practical solutions for energy-efficient production, coating uniformity optimization, and commercial viability assessments that directly impact manufacturing ROI and regulatory compliance in fiber-based packaging development.
Videos
Sustainability in Action: The Pulp and Paper Industry’s Path Forward
Leading industry experts from Valmet, FSC, Siemens Energy, and Graphic Packaging present practical sustainability initiatives transforming pulp and paper operations. This comprehensive webinar covers advanced energy efficiency technologies, sustainable forest certification benefits, innovative decarbonization solutions, and real-world case studies from major mill modernization projects. Mid-career professionals discover actionable strategies for reducing carbon emissions, optimizing water usage, implementing biomass energy systems, and achieving measurable ROI on sustainability investments. Learn how integrated approaches combining process optimization, renewable energy adoption, and circular economy principles drive competitive advantage while meeting environmental targets and regulatory requirements.
Videos
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.