The Great Dharma Chan Monastery

Boulder, CO

Glue laminated timber beams and exposed CLT roof panels were selected not only for their aesthetics but also their minimal carbon footprint. The three-foot deep exposed glulam beams and CLT deck are meant to evoke a tranquil and protective forest canopy under which practitioners of Chan Buddhism can meditate, attend classes, and share meals together undistracted. The warmth and natural aesthetic of these materials all align with the principals of minimalism and simplicity that are key to the practice of Buddhism. The use of CLT mass timber provides a substantially smaller environmental footprint than traditional building materials. Wood itself as a building material offers two large advantages compared to alternative methods like concrete and steel; harvesting wood is less carbon intensive than extracting other materials from the ground and timber buildings store carbon that would otherwise be emitted into the atmosphere. Specifically, our material choices in turn avoided 490 metric tons of CO2 emission (equivalent to keeping 138 cars off the road for one year).

Version History
  • Project uploaded by WoodWorks on 10-07-2024
  • Project last updated by WoodWorks Innovation Network (WIN) on 10-08-2024
Project Details
  • Year Built

    2021

  • Number Of Stories

    1

  • Bldg system

    Innovative Light-Frame

  • Square footage

    21,017

  • Construction Type:

    V-B

  • Building Type:

    Assembly (Worship, Restaurant, Theater)

  • Material Types:

    Mass Timber
    Cross-Laminated Timber (CLT)
    Glue-Laminated Timber (GLT or glulam)
    Timber-Frame / Post and Beam
    Hybrid (wood with steel or concrete)
    Light-Frame
    I-joists

Project Team
  • Adolfson & Peterson Construction General Contractor
  • JVA, Incorporate Structural Engineer
  • L. Nothhaft & Son Inc Fire Protection Engineer
  • Phillips Carpentry Mass Timber Installer
  • Sopher Sparn Architects Architect
Version History
  • Project uploaded by WoodWorks on 10-07-2024
  • Project last updated by WoodWorks Innovation Network (WIN) on 10-08-2024
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