Defending Workers and The Carbon Stored In Wood From Fire
M Fire Holdings LLC promotes its patented safer mass timber by adding Class A fire protection, mold protection and water repellency to defend the engineering values from rot and loss of wood fiber strength.
In this course, we explore how accredited applied science infusion wood treatments can help protect mass timber projects, help meet housing demands, and provide a sustainable defense solution for the carbon left behind in wood during sequestration. We discuss how applied science wood treatments can protect structures exposed to wind, rain, snow, and fire. Finally, we review how applied science wood treatments can contribute to defending sustainable building projects.
- Describe how cross laminated timber (CLT) framed structures allow buildings to reach the same height as steel high rises while maintaining safety standards for building occupants
- Examine why tall mass timber structures with long framing schedules exposed to rain and snow are better prepared with applied science wood treatments
- Identify applied fire science treatments to defend tall wood structures from fire and smoke during construction to lower risk of loss and make structures safer for workers
- Review how wood products treated with fire inhibitors and biocides may defend against carbon emissions and contribute to sustainable building projects
10 Multiple Choice and True/False Questions
A score of 80% or higher is required to receive a certificate of completion