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Journal articles
Heat Sealing Linear Ethylene Plastomers to Ionomers or LLDPE
Heat Sealing Linear Ethylene Plastomers to Ionomers or LLDPEs, 1994 Polymers, Laminations & Coating Conference Proceedings
Journal articles
Static Control Methods in Hazardous Areas in Converting Oper
Static Control Methods in Hazardous Areas in Converting Operations, 1994 Polymers, Laminations & Coating Conference Proceedings
Journal articles
Solid-State Structure Comparison Between Standard LLDPE and
Solid-State Structure Comparison Between Standard LLDPE and Enhanced Performance LLDPE, 1995 Polymers, Laminations & Coatings Conference Proceedings
Journal articles
Energy Optimization Key to Cost Savings in Tissue Mills
TAPPICon 2023's tissue track delivers advanced energy optimization strategies for mill operations managers seeking measurable cost reductions. Featured presentations include automated Yankee Hood drying systems that can reduce energy costs by 10-20 percent, cogeneration benefits for tissue mills, and automated waste removal processes. Technical sessions cover critical areas including fiber innovations, advanced chemistry solutions, and vibration monitoring tools for predictive maintenance. This peer-reviewed program provides actionable insights on sustainable recycled fiber processing, next-generation coating adhesives, and digital monitoring systems that help operations leaders demonstrate ROI while advancing their technical expertise and leadership capabilities in tissue manufacturing.
Journal articles
Advanced Leadership Development for Plant Operations Managers
"The Manufacturing Millennial" set to speak on key advancements in the corrugated industry.
Journal articles
How to Document Cost-Effective Maintenance Tasks Part 4: Criticality Analysis
Part 4 of this series will cover how to decide what PMs we should document first, and typically we do a criticality analysis. As we like to say at IDCON: Keep it simple. It is best to keep the criticality analysis as simple as possible. As with any type of criticality analysis, the formula is Risk x Consequence. The “risk” represents the probability of the failure or breakdown occurring, and the “consequence” could refer to safety, environmental, high cost, lost production, etc.