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o How Well Do Arsenic-Free Preservatives Inhibit Copper-Tolerant Fungi?
o Caulking with Care
o Combustion Properties of an Exotic Annual Grass
o Creosote Movement from Treated Wood Immersed in Fresh Water
o Durable Wood, Naturally--Termite Resistance
o Essential Oils Inhibit Mold Spore Germination
o

Fire Resistance of Strucutral Composite Lumber Products

o Bioprocessing for Ethanol Production and a Valuable Adhesive Coproduct
o Fuel Treatment Evaluator
o Fuel Treatment Market
o Genome Sequencing
o Wood Research from World War I to Iraq
o Reusing Remediated Wood in Value-Added Products
o Inspecting Historic Structures: Using the Web to Train Inspection Professionals
o Productive Use of Thinnings in Dimension Lumber and Paper
o Treatability of Underutilized Wood Species
o Enhancing Wood-Plastic Composites by Crosslinking Polymers
o Accessible and Affordable Playground and Path Surfacing Now Commerically Available
o Dimensional Warping of Wood-Based Composites
 

 

2007 Research Highlights

Plant trials to move the soy adhesive technology from lab staff to industry

Key Contact: Charles Frihart, cfrihart@fs.fed.us
Partner: Heartland Resource Technologies (James Wescott)

Cooperative research and development agreement with Heartland Resource Technologies (HRT) has moved from mainly laboratory work to a mixture of laboratory studies and plant trials on soy-based adhesives for composites. Plant trials include those for oriented strandboard using joint HRT-Forest Products Laboratory (FPL) technology and particleboard using non-added formaldehyde technology.

Yes, depending upon timing. Programs are moving forward to making more economically high performance oriented strandboard and a particleboard free of added formaldehyde. These involve several commercial partners.

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