Britton Lumber

Bath, NH

Three workers on a building roof as a crane lifts a mass timber CLT panel, with beautiful trees and mist in the background.
A construction scene of CLT panels being lifted by a crane against a clear blue sky.
A construction scene of CLT panels being lifted by a crane against a clear blue sky.
A wooden roof with exposed CLT panels and beams, supported by vertical wooden columns.

    The Britton Lumber Company in Bath, New Hampshire, is investing in sustainable energy by upgrading its Eastern White Pine operations with a new Combined Heat and Power (CHP) project. The project includes a wood-gasification system, replacing old equipment to convert sawmill wood residues into energy. A 300 HP Hurst wood boiler and a micro-steam turbine from Nline Energy will generate low-cost electricity, with excess power sent to the grid. In addition to electricity, the system will provide heat for the sawmill, improving comfort and reducing equipment wear in winter.  

    The new addition showcases the beauty of Mass Timber construction. Collaborating directly with Ricky McLain, the team specified locally sourced SPF-S species. Structural engineer Tim Hardy optimized the roof design to align seamlessly with Sterling’s standard modules. This smart, efficient design enabled Sterling to meet the fast-paced schedule, streamlining the shop drawing review and installation process. 

    This project has received financial support from various partners, including Britton Lumber, Ledyard National Bank, the United States Forest Service Community Wood Grant Program, the Rural Energy for America Program, the New Hampshire Department of Energy, and Eversource, the local electric utility. 

    Project Stats

    YEAR BUILT:

    2024

    NUMBER OF STORIES:

    1

    BLDG SYSTEM:

    VB

    SQ FT:

    26,909

    Project Details

    BUILDING TYPE:

    Facilities

    MATERIAL TYPES:

    Light Framed Wood

    Glulam

    CLT

    PROJECT TEAM:

    Owner/Developer: Britton Lumber

    Installer: Britton Lumber

    Engineer: Hardy Structural Engineering