This study was initiated by an Institute of Paper Science and Technology finding that heating softwood in a low-headspace environment removed much of the VOCs without removing the water. This offered the possibility of removing VOCs from wet wood, capturing them as a product, and then drying the VOC-depleted wood conventionally with little or no VOC controls. Two means of low-headspace heating were explored: steam and radiofrequency (RF). It was found in the previous year, that while both steam and RF were able to drive out VOCs, steam was impracticably slow for lumber. Hence the effect of RF or microwave on wood was the principal focus of the work reported here. Finally, in order to understand the mechanism of VOC release, the transport of...
This study aims to evaluate the effect of drying temperature on the chemical-substance emission rate...
Emission of volatile org. compds. (VOCs) during drying of wood particles for particleboard manuf., o...
Heat treatment improves the dimensional stability and durability of wood. Thermal modification of wo...
Heating softwood in a low-headspace environment draws out the VOCs from the wood, without removing t...
Studies on the removal of volatile organic compounds (VOC) from wood or wood products were conducted...
Twenty five Southern pine boards were machined into 2 x 4 inch pieces. Next, the 8 foot boards were ...
Results from a multi-year study show that a significant part of the extensive variability observed i...
This project is based on the finding that brief microwave or RF-treatment of wood under low-headspac...
This progress report summarizes three accomplishments in a study of low volatile organic compound (V...
Green pine blocks (2x1x 1) were dried to different moisture levels at 120 degrees C. They were immer...
Drying and pressing wood for the manufacture of lumber, particleboard, oriented strand board (OSB), ...
Hydrocarbon (Method 25A) emissions from drying southern pine lumber have been measured in full-scale...
Among the many interesting topics in the field of Wood Science and Technology is a fascinating story...
Heat treatment improves the dimensional stability and durability of wood. Thermal modification of wo...
The purpose of this study was to investigate the electromagnetic energy dissipation coupled with hea...
This study aims to evaluate the effect of drying temperature on the chemical-substance emission rate...
Emission of volatile org. compds. (VOCs) during drying of wood particles for particleboard manuf., o...
Heat treatment improves the dimensional stability and durability of wood. Thermal modification of wo...
Heating softwood in a low-headspace environment draws out the VOCs from the wood, without removing t...
Studies on the removal of volatile organic compounds (VOC) from wood or wood products were conducted...
Twenty five Southern pine boards were machined into 2 x 4 inch pieces. Next, the 8 foot boards were ...
Results from a multi-year study show that a significant part of the extensive variability observed i...
This project is based on the finding that brief microwave or RF-treatment of wood under low-headspac...
This progress report summarizes three accomplishments in a study of low volatile organic compound (V...
Green pine blocks (2x1x 1) were dried to different moisture levels at 120 degrees C. They were immer...
Drying and pressing wood for the manufacture of lumber, particleboard, oriented strand board (OSB), ...
Hydrocarbon (Method 25A) emissions from drying southern pine lumber have been measured in full-scale...
Among the many interesting topics in the field of Wood Science and Technology is a fascinating story...
Heat treatment improves the dimensional stability and durability of wood. Thermal modification of wo...
The purpose of this study was to investigate the electromagnetic energy dissipation coupled with hea...
This study aims to evaluate the effect of drying temperature on the chemical-substance emission rate...
Emission of volatile org. compds. (VOCs) during drying of wood particles for particleboard manuf., o...
Heat treatment improves the dimensional stability and durability of wood. Thermal modification of wo...