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Highlight IDTitleStrategic Program Area(s)YearStation
Photo of FPL-2017-117
ID: 1289
Enabling cellulose nanomaterial commercialization

Cellulose nanomaterials are a high-value product that can be made from low-value wood.

Principal Investigator : Carl J. Houtman

Water, Air, and Soil
Resource Management and Use
2017FPL
Photo of Electron micrograph image showing the unusual failure of release coating on a postage stamp. Dark regions are pressure-sensitive adhesive; light regions are silicone-release coating that has pulled away from backing paper liner. Tom Kuster, Forest Service
ID: 22
Forest Service Continues To Make a Better Postage Stamp

Latest research reduces the environmental effect of stamp materials

Principal Investigator : Carl J. Houtman

Resource Management and Use2012FPL
Photo of Cross-section of wood cell wall. U.S. Department of Agriculture Forest Service.
ID: 1048
Heat Treatment of Green Wood Accomplishes Crystal Hardening

After centuries of study, the structure of the woody cell wall remains poorly understood. Regarding cellulose crystals in green wood, X-ray meth ...

Principal Investigator : Umesh P. Agarwal

Resource Management and Use2016FPL
Photo of Uniaxial strains (?y) and stiffnesses (Q) for two paperboard specimens. Horizontal gray lines represent median failure location.
ID: 1283
Local stiffness variation of paperboard examined in uniaxial tension

Small regions of heterogeneity in paper stiffness can provide places for sheets to fail. Forest Service researchers are the first to develop met ...

Principal Investigator : John M. Considine

Resource Management and Use
Water, Air, and Soil
2017FPL
Photo of The localized stiffness of thin paper materials can now be measured with a single test. Thinkstock
ID: 444
New Method Measures Localized Stiffness of Thin Paper Materials with a Single Test

Forest Products Laboratory researchers have developed a method to measure localized stiffness of thin paper materials with a single test. Althou ...

Principal Investigator : John M. Considine

Resource Management and Use2013FPL
Photo of
ID: 3
New SPORL Process Efficiently Converts Biomass to Sugars and Ferment

Preliminary laboratory evaluation confirms the high performance of the SPORL process for pretreatment of Douglas fir

Principal Investigator : J.Y. Zhu

Resource Management and Use2012FPL
Photo of Lignin-containing cellulose nano-crystals.
ID: 1284
Production of cellulose nanocrystals from raw wood via hydrothermal treatment

Hydrothermal treatment can be used for production of cellulose nanocrystals directly from green wood. Forest Service scientistsused Raman spectr ...

Principal Investigator : Umesh P. Agarwal

Resource Management and Use
Water, Air, and Soil
2017FPL
Photo of FPL research looks to improve the safety of pulp bleaching at paper mills. Thinkstock
ID: 448
Scientists Determine Critical Factors that Caused Peroxide Explosion in Paper Mill

In 2001, a peroxide bleach stage at a paper mill in Evadale, Texas, exploded, rupturing two bleaching towers, destroying a pump, and propelling ...

Principal Investigator : Carl J. Houtman

Resource Management and Use2013FPL
Photo of Fig. 1  General experimental flow diagram of p-TsOH fractionation of wood for producing fibers, cellulose nanofibrils (LCNF), lignin nanoparticles (LNP), sugar/biofuel, and furfural. JY Zhu, USDA Forest Service
Fig. 2 Application p-TsOH fractionation for producing lignin containing cellulose nanofibrils (LCNF) and lignin nanoparticles (LNP).
ID: 1287
Scientists discover rapid and near-complete dissolution of wood lignin by a recyclable acid hydrotrope

A low-temperature (below water boiling point) wood fractionation process has the potential for developing disrupting technologies for sustainabl ...

Principal Investigator : J.Y. Zhu

Resource Management and Use
Water, Air, and Soil
2017FPL
Photo of New model of wood cellulose in never-dried and dried states. Umesh Agarwal,  USDA Forest Service.
ID: 913
Using Raman Spectroscopy to Analyze Wood, Cellulose-Nanomaterials, and Their Composites

Raman spectroscopy provides information based on molecular vibrations and is well-suited to analyze wood and cellulose-nanomaterials. Using a r ...

Principal Investigator : Umesh P. Agarwal

Resource Management and Use2015FPL