Search

The Highest Level of Fabric Performance Starts with the Cleanest Technique, 18PaperCon

The Highest Level of Fabric Performance Starts with the Cleanest Technique, 18PaperCon

Decision-making based on future and past pulp mill operations through mill-wide optimization, TAPPICon24

Paper Machine Optimization Using MIMO MPC Along with The Use of Analyzers Predicting Final Reel Properties, TAPPICon24

Extraction and Characterization of Carboxymethyl Cellulose (CMC) and Cellulose Nanocrystals (CNCs) From Cassava Stem Biomass and Their Application in Printing Ink and Methylene Blue Biosorption, TAPPICon 2023

Active Retention Control and Reduced Ash Variability using A

Active Retention Control and Reduced Ash Variability using Advanced Process Control, PaperCon 2017

Golden Run: A Data-Driven Framework for Optimizing Paper Machine Performance, TAPPICon26

Microfibrillated Cellulose (MFC) coatings for compostable food packaging, TAPPICon26

Effective Biofilm Control for Maximized Runability with Mini

Effective Biofilm Control for Maximized Runability with Minimized Corrosion Concerns Monitored On-line, PaperCon 2017

Simplified Model Predictive MD Control for Grade Change, Pap

Simplified Model Predictive MD Control for Grade Change, PaperCon 2017

Novel Bio-Based Coating for Barrier Papers, 18PaperCon

Novel Bio-Based Coating for Barrier Papers, 18PaperCon