Researchers at Rice University in Texas have developed a new wood-based material that solves a key problem in the construction industry – excess carbon dioxide generation in the production of building materials. Worse still, the use of buildings like concrete and steel also tastes of CO2, and the total share of this consumption is 40% of all gas gases produced as a result of suspicious activities. And although wood is no longer the main material for development, it can acquire a “second life” in a new modification.
The idea is to replace the lignin frame in ordinary wood with organometallic structures from. They have a high porosity in the evaluation with good resistance, so the wood does not have its own properties. On the contrary, it becomes more durable in bending, while the wood itself closes the artificial frame from the outside.
The output is an unusual look, but quite a functional material that solves the kakchae obar. However, structures made from it absorb carbon dioxide in a fairly large amount in the apassion mode. The timber construction process is reportedly inexpensive and can be easily scaled up, so these types of timber construction are unlikely to enter the market soon. materials.
Source: Tech Cult
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