…double these countries’ investment rates. Reinvesting in wind, solar, electrification avoids higher carbon fuels and deforestation for firewood. Reinvesting in timber value chains maximizes CO2 permanence and value. This 13-page…
…An advantage is that larger trees can be used to make carbon-negative construction materials, such as cross-laminated timber, for use in buildings, or even in novel applications such as wind…
…a large impact, using sustainable forestry to lock up more wood in structures with multi-decade or multi-century half-lives. Wooden houses go back millennia, but the first Cross Laminated Timber was…
…almost double the net CO2 absorption from forests over a 100-year timeframe. Specifically, our recent research considers the opportunity turning forest products into carbon-negative construction materials, such as cross-laminated timber,…
…from” (Source: Wikimedia Commons) (9) Biomass was the only heating fuel. The right to gather sticks and timber was granted by manorial lords to their tenants. Every last twig was…
The ‘Empress Tree’ has been highlighted as a miracle solution to climate change, with potential to absorb 10x more CO2 than other tree species; while its strong, light-weight timber is…
…covered in this data-file include Aluminium, Ammonia, Carbon Fiber, Coal, Cobalt, Copper, Ethylene Vinyl Acetate, Fluorinated Polymers, Fluorspar, Glass Fiber, Graphite, Hydrogen, Indium, Lithium, LNG, Mass Timber, Methanol, NdFeB Rare…
…best use of wood, as each ton of sustainably harvested timber avoids 0.5 – 1.2 tons of net CO2 versus using other industrial materials. The note explores how wood product…
…score of 82/100 on our framework. It scored weakest on permanence (12/20) as timber will periodically be harvested from the plot, albeit using continuous cover forestry practices, and enabling slower-growing…
…to the world’s total global timber harvest. Overall, we conclude that there are good opportunities for bio-coke to contribute to decarbonization of metals and materials, as one out of many…