#decarbonization #msw #artificialintelligence #cloud, #supplychain #technology #training #interdisciplinaryresearch Our project team has made significant progress towards building unique datasets for AI-enabled real-time characterization of non-recycled municipal solid waste (MSW) to transform it into commercially viable, high-performance renewable carbon resources for conversion to sustainable aviation fuel (SAF)/biofuels, Syngas, biochemicals, and bioproducts. DOE Bioenergy Technologies Office 2023 Project Peer Review meeting. So wonderful to participate, share our project progress, and learn about impactful work at U.S. NC State's SMIC comprises facilities across campus from pulp and paper/forest biomaterials, biomanufacturing, nonwovens textiles, and industrial system engineering. For questions or interest in partnership opportunities, please contact: Lokendra Pal ( NC State College of Natural Resources, North Carolina State University, #ai #manufacturing #training #pulpandpaperindustry #interdisciplinaryresearch #smartmanufacturing Department of Energy (DOE), has developed SM/AI infrastructure for educational and workforce training (EWD), bioproducts research and manufacturing innovation in partnership with our industrial partners. NC State's Smart Manufacturing Innovation Center (SMIC), supported by the CESMII, U.S. CESMII has been instrumental in bringing key stakeholders together to develop, integrate and demonstrate smart manufacturing to revitalize key US manufacturing sectors, including the pulp and paper industry. #thankyou #gratitude #gratefulĪn incredible keynote presentation by John Dyck, CEO of CESMII - The Smart Manufacturing Institute, titled "The Urgent Need to Accelerate the Adoption of Smart Manufacturing in the US" during TAPPICon 2023 in Atlanta. Fuchs, Al Linn, Markus Dimmers, Janet Preston, Marcelo Mrtvi, Prashant Kotkar, Ph.D., Jeff Powalisz and many more. TAPPI, #sustainability, #coatings, #pigments, #binders, #barriercoatings, #printing, #converting, #testing, #packagingsolutions, #operationalexcellence, #researchanddevelopment, #paperindustry,Ī very special thanks to Gregory Welsch, Brian Einsla, Meggan Hostetler-Schrock, Manoj Dixit, Al Osgood, Daniel Rusnarczyk, Wellington Dean, Steve Ottone, Thacker Burden, Tony Lyons, Tyler Mast, Martti Tuomisto, Mark Sorenson, Nancy Plowman, Tim Bradley, Prakash Malla, Preeti Tyagi, Ph.D., Rajan Iyer, Doug Bousfield, Cathy Ridgway, Charles Klass, Don Hiscock, Bilge Nazli Altay, Gordon Bugg, Gregg Reed, John Roper, Jim Niemiec, Lon Pschigoda, Martti Toivakka, Michael Joyce, PhD, Scott McNutt, Ozlem A., Peter Rättö, Pat Stiede, Sandeep Kulkarni, Vesa Kukkamo, Don Ventresca, Behudin Mesic, Watti Lehtimaki, Mubarak Khlewee, Joe Accardo, Kazi Md Yasin Arafat, Munmun Basak, Kritee Pokharel, Siva Devisetti, Thomas Gillgren, Yuta Taoka, Paul Schutes, Kate McGlynm, Terry Webster, Markus Dimmers, George R. Thank you to all the CG&A steering committee members, TPC members, subcommittees (materials, operations, fundamentals, printing & converting), session chairs, presenters, attendees, Tappi staff members, and industrial partners from the bottom of my heart for your dedication and hard work. Your support and assistance have been invaluable, and words alone cannot adequately express my gratitude. I am incredibly grateful to everyone who supported the Coating and Graphic Arts (CG&A) Technical Program Committee (TPC) throughout the year leading to the outstanding program at the TappiCon 2023. In that regard, I hope the proven banana-paper matrix based method is a breakthrough! The growing issues of cyst nematodes is certainly needed a better solution. Ash residue is highly porous and, possibly, can retain small molecules. To tackle this, we alternated crops and used some recommended pesticides.įor potato, we also noticed that a pesticide is more effective if we mix it with ash of burned paddy or wheat straws, and cover the seed potato with the mixture. We noticed white cysts a couple of times. I can relate to the problem of crop loss as we had faced the situation many times while growing potato and other crops in our farmland in India. So, it would be great if the technology becomes simplified so that a farmer can reproduce it at home to use. ![]() Now-a-days, the cost of farming is very high, especially in India. ![]() Potato cyst nematodes widely reported in Tamil Nadu and several northern states in India, as well. Congratulations to the team associated with this research! This is an important breakthrough for crop protection.
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