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Videos
Smarter Mills, Better Decisions: Embedding APC into Asset Performance Management
This TAPPI webinar explores advanced process control (APC) implementation strategies for pulp and paper mills, addressing critical challenges in asset performance management. Industry experts from Radix and Smurfit WestRock share proven frameworks for deploying model predictive control, soft sensors, and real-time optimization across digesters, recovery boilers, and paper machines. The presentation emphasizes overcoming operator resistance through effective change management, establishing sustainable monitoring processes, and building data-driven operational cultures. Mid-career professionals gain actionable insights on reducing process variability, extending asset life, and proving ROI to stakeholders while avoiding common pitfalls that lead to APC program failures.
Videos
Caliper Dynamic Correlation – Single point Method TAPPI TIP 1101-10
This TAPPI webinar delivers advanced caliper measurement correlation techniques specifically designed for mid-career professionals managing paper quality control systems. Mike Buczynski from ABB presents the dynamic single point method for correlating online caliper sensors with laboratory measurements, covering essential prerequisites including sensor calibration, safety protocols, and alignment verification. The session addresses common challenges in caliper measurement such as pressure differences between online and offline sensors, sampling methodology, and data analysis using linear regression. Key topics include understanding calibration versus correlation terminology, implementing proper sampling techniques to prevent conditioning, and calculating slope and offset adjustments for accurate measurements. The presentation emphasizes practical applications for process control optimization, potential fiber savings of 500 tons per 100,000 tons produced, and ROI demonstration strategies that resonate with plant managers and operations leaders seeking measurable quality improvements and cost reductions.
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.
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
Approach Flow Screening - Impact on Capacity, Stock Cleanliness, Fiber & Energy Savings and PM Runnability Webinar
This comprehensive webinar explores advanced approach flow screening technologies that deliver measurable capacity improvements, energy savings, and fiber loss reduction for mid-career pulp and paper professionals. Industry expert Evandro Zacharias demonstrates how modern screen cylinder designs, including wedge wire technology and low-pulsation rotors, can achieve up to 35% pressure drop reduction and significant fiber savings. The presentation covers essential operational checkpoints, machine screening optimization techniques, and reject screening strategies that protect downstream equipment while maximizing paper machine performance. Attendees gain practical insights into screening fundamentals, latest cylinder developments, and proven case studies showing real-world energy consumption reductions and improved stock cleanliness for enhanced paper quality and operational reliability.
Videos
Fibenol – Wood Residues into Sustainable Bioproducts Webinar
Dr. Gert Pregel presents Fibenol's innovative wood fractionation technology that transforms low-quality hardwood residues into three sustainable bioproducts: specialty microcrystalline cellulose, lignin, and fermentable wood sugars. Using their proprietary Sunburst pretreatment process, this Estonian facility achieves 30 kilotons annual capacity while operating on renewable energy and recycling 95% of water. The microcrystalline cellulose demonstrates remarkable performance improvements in paper applications, increasing tensile strength by 50% while reducing weight. With applications spanning bioplastics, carbon-neutral asphalt, and palm oil alternatives, this technology offers plant managers and R&D leaders proven pathways for sustainable material innovation and operational efficiency gains.
Videos
How We Turned a Static Optics FTIR Spectrometer into a Universal Analyzer for Pulping
Kite Industrial Analytics demonstrates how their static optics FTIR spectrometer transforms kraft pulping operations through continuous real-time measurement of black liquor, white liquor, and green liquor chemical concentrations. The Armadillo spectrometer delivers lab-quality data on effective alkali, sulfates, dissolved solids, and lignin content with 95% accuracy within 0.9%, enabling advanced process control and optimization. Unlike traditional near-infrared systems, this mid-infrared technology uses ATR sampling to overcome fouling issues common in pulp mill environments, providing 24/7 monitoring that feeds directly into DCS systems for immediate process adjustments and improved operational efficiency.
Videos
Molded Pulp, Chemical Aspects Webinar Part 3: Strength Attributes Webinar
This technical webinar explores strength development in molded pulp production, covering fiber selection, refining optimization, and advanced bonding mechanisms. Mid-career professionals learn how kraft versus mechanical pulps affect product strength, the role of capillary forces during drying, and practical applications of cationic starch and specialty additives. Dr. Martin Hubby presents troubleshooting strategies for common strength issues, including over-refining problems and retention challenges. The session addresses pressing conditions, lignin softening temperatures, and sustainable strength enhancement techniques essential for operations managers seeking to optimize production quality while maintaining cost efficiency and meeting performance specifications.
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
Recent Development In Nanocellulose Researh At RISE
RISE Research Institute presents breakthrough nanocellulose production and processing innovations for industrial applications. Dr. Andreas Ahl demonstrates advanced manufacturing techniques including mobile pilot plants, optimized dewatering processes, and specialized characterization methods using synchrotron facilities. Key developments include barrier coatings for food packaging achieving ultra-low oxygen transmission rates, conductive filament spinning technology, and scalable formulations for electronics applications. The presentation covers enzymatic pretreatment optimization, mechanical fibrillation processes, and novel film formation methods that reduce production time from hours to minutes. These advancements offer significant ROI potential for operations managers and R&D leaders seeking to implement sustainable, high-performance nanocellulose solutions in manufacturing processes.