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Webinars
Events
Data Governance as the Backbone for Data Value
How to ensure that the data you plan to use to make enterprise-level business decisions is reliable and complete. The ability for companies to gain access to the data they want to use is reliant on technology, but the larger opportunity is around putting good data governance practices into place. Nonwoods come with certain challenges, but also certain advantages. Most will be review in this webinar.
Events
Tools for Nanocellulose Particle Size Measurement
Dr. Robert Moon leads a research program addressing gaps in particle-size measurement capability of nanocellulose (NC) materials. This webinar will briefly summarize four tools for NC particle size measurement that are available or are under development.
Webinars
Events
Surface Engineering of Cellulose Nanocrystals for Sustainable Bioproduct Development
Surface Engineering of Cellulose Nanocrystals for Sustainable Bioproduct Development Register Now Overview Speaker Virtual Webinar 12PM - 1PM (ET) Emily Cranston By learning from nature and using
Webinars
Events
Preparation and Applications of Hemicellulose- or Lignin-Containing Nanocelluloses
Nano Division Webinar
Webinars
Events
Managing Staff Turnover and Knowledge Gaps: Which Training Solutions Should You Apply?
Sponsored Webinar by: IBC Paper Training
Webinars
Events
Continuous Digester Weld Repairs and Refurbishing
Plant Engineering & Project Management Webinar | This knowledge sharing event should bring expertise and process engineers together to discuss industry challenges as they relate to the safe operation of continuous digesters. the content will be tailored to those who work in mill environments.
Webinars
Events
Building Reliability in Pulp and Paper Mills: Executing Capital Projects for Long-Term Mill Success
Co-sponsored by the Project Management/Project Engineering Committee and the Young Professionals Division, this four-part series delivers a practical, integrated approach to improving safety, reliability, and performance in pulp and paper mills. The sessions progress from effective capital project execution, to maintaining mechanical integrity of fixed equipment, to applying Reliability-Centered Maintenance (RCM) principles, and conclude with a panel discussion that connects these disciplines into a unified reliability program. Together, the series equips attendees with actionable strategies to enhance asset availability, mitigate risk, and optimize lifecycle costs. Capital projects are essential for sustaining growth and reliability in mill operations, but success requires more than just funding. This session explores the critical roles of project managers, engineers, maintenance, and operations in executing capital projects within a mill environment. Attendees will gain practical insights into project processes, estimating methods, risk management, tracking, safety, and how well-executed projects support long-term operational performance.
Webinars
Events
Building Reliability in Pulp and Paper Mills: Reliability-Centered Maintenance in Practice
Co-sponsored by the Project Management/Project Engineering Committee and the Young Professionals Division, this four-part series delivers a practical, integrated approach to improving safety, reliability, and performance in pulp and paper mills. The sessions progress from effective capital project execution, to maintaining mechanical integrity of fixed equipment, to applying Reliability-Centered Maintenance (RCM) principles, and conclude with a panel discussion that connects these disciplines into a unified reliability program. Together, the series equips attendees with actionable strategies to enhance asset availability, mitigate risk, and optimize lifecycle costs. This session introduces foundational Reliability-Centered Maintenance (RCM) principles that stabilize operations by aligning maintenance strategies with asset functions, risks, and consequences. Participants will explore the evolution of maintenance practices, common failure patterns, and why most failures are not age-related. Practical examples demonstrate how applying P–F intervals, failure-finding techniques, and the distinction between inherent and required reliability can improve safety, compliance, and lifecycle cost without over-maintaining assets.