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Highlight IDTitleStrategic Program Area(s)YearStation
Photo of Scanning electron image of cellulose nanocrystals coordinated to the surface of an epoxy particle. Natalie Girouard, Georgia Institute of Technology
ID: 894
Discovery of Cellulose Nanocrystals as Pot-life Stabilizers for Epoxy Coatings

Waterborne epoxy coatings are high-value, sought-after environmentally friendly products in the coating industry mostly due to their ease of use ...

Principal Investigator : Gregory Schueneman

Resource Management and Use2015FPL
Photo of Uniform dispersion and neutral color of a polypropylene: CNC composites produced with solid state shear pulverization (a), and the opposite case for a standard melt mixer composite with excessive thermal degradation (b). Krishnan Iyer, Northwestern University
ID: 892
High-performance Cellulose Nanocrystal Polyolefin Composites are an Attractive Filler for Polymer Composites

Nanocellulose-polypropylene and nanocellulose-polyethylene composites exhibited the greatest improvement ever reported for such composites made ...

Principal Investigator : Gregory Schueneman

Resource Management and Use2015FPL
Photo of Image of blown films in lab scale tower showing unstable balloon (with die temperature at 160 degrees Celsius and (b) PLA/L-CNC-0.3 percent composite with stable balloon (with die temperature at 160 degrees Celsius).
ID: 1297
Lignin coated cellulose nanocrystals Increase Shipment Temperature Strength and Allow Blown Film Production

Wood based nanomaterials enable higher use temperatures, greater strength, and faster productions cycles of renewable plastic.

Principal Investigator : Gregory Schueneman

Water, Air, and Soil2017FPL
Photo of Chemical modification can make cellulose nanocrystals compatible with polymer resins and thermoplastics. Greg Scheunaman, U.S. Department of Agriculture Forest Service.
ID: 949
Site-Selective Surface Modification of Cellulose Nanocrystals

Forest Service researchers The hydrophilic surfaces of cellulose nanocrystals are synthetically converted to highly reactive functional groups.

Principal Investigator : Gregory Schueneman

Resource Management and Use2016FPL