This study did not consider the energy savings associated with the use of a Prime Wall™ framing system in a building, nor does it include the carbon sequestration associated with the regrowth of the biobased materials used

Timber bamboo’s fast growth and short annual harvest cycle can speed up carbon sequestration and turn timber bamboo plantations into perpetual carbon farms capable of producing high grade structural fiber

Fighting Climate Change by Turning Buildings into Carbon Sinks with Timber Bamboo. 2030 is “the decisive decade for climate action"

The BamCore Prime Wall™ is a high-performance framing solution for commercial and residential low-rise construction

The objective of this study is to demonstrate that fast-growing Eucalyptus is a superior carbon sequestration feedstock for building materials compared to slow-growing softwoods.

We compare DAC and BAC along multiple dimensions to highlight the benefits of diversifying carbon removal approaches to include DAC + BAC

Verified as eligible products for use in achieving points toward project certification under ICC-700 National Green Building Standard

Here, we investigated the time-dependent effect of using fast-growing fibers in durable construction materials. This study estimated the material stock and flow and associated cradle-to-gate emissions for four residential framing systems in the US: concrete masonry units, light-frame dimensional timber, and two framing systems that incorporate fast-growing fibers (bamboo and Eucalyptus).

Eucalyptus provides a fast-growing super strong structural fiber that can lead a new generation of building decarbonization.

As an emerging leader in the construction industry, BamCore's bamboo supply chain, product innovation, and custom prefab methods promise to outperform conventional low-rise building materials in cost, performance, and carbon footprint

Here we discuss three main challenges facing bamboo adoption in construction:

scale limitations, manufacturing inefficiency,  and market positioning. Despite these challenges, research suggests that replacing 25% of conventional building materials with bamboo could save 690 MT of CO2 annually, potentially reducing emissions by 10 GT by 2050.

Estimating Operational Energy Saving and Carbon Footprint Reduction Potential of BamCore Prime Wall System for One Typical Housing Design in the United States of America conducted by Greentech Knowledge Solutions Pvt. Ltd., April 2023