Peak Renewables U.S. Inc. has received required permitting for the construction and operation of a greenfield 650MMSF oriented strandboard plant in Enterprise (Coffee County), Ala.

Last February, the Enterprise City Council approved ordinances to convert a 300 acre property into an industrial property. Shortly thereafter, ACES Consulting Group, on behalf of Peak, submitted the permitting application to Alabama Dept. of Environmental Management (ADEM). ADEM subsequently granted permits for the various development and production processes during the latter quarter of 2024.

The operation calls for SYP logs to be delivered to the site by truck, followed by three rotary drum debarkers and three stranders, two parallel single-pass rotary drum dryers (along with a Biomass Energy System using two biomass-fired combustion furnaces), two blenders for mixing liquid phenol formaldehyde resin and wax emulsion, four-layer mat forming station, multi-opening press, and finishing line.

Exhaust from both dryers would be routed to a wet ESP and to an RTO. Emissions from the press would be directed through an RCO.

Some early work is being done at the site.

Peak Renewables operates an industrial wood pellet facility and cross-laminated timber and glulam facility in Dothan, Ala.

After a remarkable 50-year career, Allan McClure has stepped down from his role as General Manager of Altec Manufacturing, effective December 31, 2024.

“Those familiar with the veneer and plywood industry know that Allan is among the best when it comes to maintaining and installing veneer lathes. Few possess his depth of knowledge and many veneer facilities have sought his advice on optimizing operations and improving efficiency,” according to a statement from Altec. “While he takes a well-deserved break to spend time with his family, fish and travel, don’t be surprised if you still see him on site, sharing his expertise.”

McClure will continue to play a key role in the company, transitioning to mentorship and consulting where he will focus on guiding the team and contributing to product development. He will remain a valuable resource, offering support in troubleshooting, sales, and customer relations.

McClure’s career started in the mills on the green end, followed by lathe service management at Calvert Engineering, and then co-partnering in the rotary veneer lathe specialist company, Feltham-McClure, before joining Altec in 2019.

• Altec also announced David Helm as the new General Manager and assumes responsibility for day-to-day operations of the manufacturing facility in Diboll, Texas. Helm has more than 20 years of experience in the plywood industry with a background as a layup line and green end superintendent at facilities in Alabama and Texas.

“Having worked alongside Allan for more than a year in preparation for this transition, we are confident that David will be integral to the continued growth of Altec for many years to come and are thrilled to have him on our management team,” the company states.

Chile-based Celulosa Arauco y Constitución S.A. (Arauco) has selected Dieffenbacher to supply an OSB plant to replace an existing MDF line at its Trupan site in Cholguán in the Bío-Bío region of Chile. The plant is scheduled to start production in the second half of 2026.

“We operate eight production lines from Dieffenbacher, and they’re all running great,” says Tito Jara, Composite Panels Corporate Industrial Director at Arauco. “That’s why we chose Dieffenbacher for this brownfield project to convert our Trupan I MDF line into a state-of-the-art OSB line.”

The new plant will be built around an existing 10-opening press. The Dieffenbacher scope of supply will range from the wood yard with debarking to raw board handling including pneumatic systems and plant electrics and automation. Arauco has included a MAIER rotor debarker, an OSB disc screen and a belt dryer in the order.

The interaction of rotation, friction and surface moistening of the logs makes the fully automatic MAIER rotor debarker highly efficient. The logs are laterally fed into the trough, set into rotation by long rotors with debarking tools and moved to the discharge area by the tilt of the rotors. The OSB disc screen separates the strands into two or four fractions. In a first step, equalizing rollers spread the infeed strand-flow, pre-screen it and loosen it up. Two-disc roller decks then separate the strands according to their length.

Featuring low thermal energy consumption, Dieffenbacher’s belt dryer saves costs and supports sustainability because it works at lower temperatures than drum dryers and can use low-calorific energy from the waste heat of other plant components that would otherwise remain unused. In addition to its high capacity and variability, the belt dryer features easy and product-friendly material transport. Its self-supporting construction requires only a small footprint, and its modular design makes it adaptable to different capacity requirements and is easily expandable.