Rosboro Converts To Uniflow CDKs From USNR
Rosboro Co. recently converted four of their double-track kilns to USNR’s patented UniFlow continuous design, exceeding initial production increase goals while keeping emission levels below emission cap requirements. The conversions are part of a larger capital expenditure project expanding Rosboro’s glulam operations.
These conversions are part of a larger project to expand their glulam operation. By converting four of the double-track kilns to continuous kilns, the mill improves energy efficiency with more consistent steam use—a feature of USNR’s UniFlow’s patented approach. The kiln uses the same automated approach to efficient lumber drying as the Counter-Flow kiln, but with both lumber tracks moving in the same direction instead of opposite directions. This means higher throughput using an existing heat source with no loss of lumber quality. The higher product volume is comprised of fiber that’s straighter, flatter and contains fewer checks and splits.
Latest News
British Columbia Surpasses 2010 Lumber Export Record
British Columbia has broken another record in lumber exports to China this year, with shipments...
Oregon Lumber Company Planning Extended Downtime
Swanson Lumber recently announced that they are planning extended shutdowns due to hard times in...
Georgia-Pacific Closing Two Southeastern Mills
Georgia-Pacific Closing Two Southeastern MillsGeorgia-Pacific announced on November 1, 2011 that...
Georgia Mill Planning Downtime
Georgia Mill Planning DowntimeJordan Forest Products in Barnesville, Ga. is closing its lumber...
Find Us On Social
Newsletter
The monthly Timber Processing Industry Newsletter reaches over 4,000 mill owners and supervisors.
Subscribe/Renew
Timber Processing is delivered 10 times per year to subscribers who represent sawmill ownership, management and supervisory personnel and corporate executives. Subscriptions are FREE to qualified individuals.
Advertise
Complete the online form so we can direct you to the appropriate Sales Representative.