Framing Type
Lumber
Panels
Engineered Wood Products
Decking, Siding, and Roofing
Carbon Summary

Framing Type

Compared with other functionally equivalent buildings made of non-wood materials, wood-frame buildings typically generate less embodied GHG emissions during their life cycle. In other words, there are fewer GHG emissions associated with a wood-frame building than other building types. This difference can be quite large and can be taken as a carbon credit for the amount of CO2 emissions that were avoided (displaced) by choosing wood over other more GHG-intensive materials.

Select Framing Type

Panels

OSB

OSB & Plywood by Volume

Plywood

Plywood Species

Total volume of dimensional lumber0.0 m3
Total (must equal 100%) 100%

Engineered Wood Products

Engineered I-Joist

Structural Composite Lumber

Structural Laminated Timber

Structural Laminated Timber Species

Glulam
Total volume of engineered wood products0.0 m3
Total (must equal 100%) 100%

Carbon Summary

Results

  • Volume of wood products used (m3):
    0 m3 (0 ft3) of lumber and sheathing
  • U.S. and Canadian forests grow this much wood in:
    0 seconds
  • Carbon stored in the wood:
    0 metric tons of CO2
  • Avoided greenhouse gas emissions:
    0 metric tons of CO2
  • Total potential carbon benefit:
    0 metric tons of CO2

Equivalent to

  • 0 cars off the road for a year
  • 0 homes energy use for one year

WoodWorks will not save or store project information

Results from this tool are based on wood volumes only and are estimates of carbon stored within wood products and avoided emissions resulting from the substitution of wood products for non-wood products. The results do not indicate a carbon footprint or global warming potential and are not intended to replace a detailed life cycle assessment (LCA) study. Please refer to the References & Notes (PDF) for assumptions and other information related to the calculations.