It will be able to operate to produce this amount

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Of energy for a period of up to 3 hours, only after the tenth water cycle can such performance begin to decrease. So far the engineers in charge of the project have managed to make an led lamp work, for example, as well as small devices, but it is expected that in the future it can be applied to other types of larger devices. They have proposed that if they wanted to be able to make a computer work only with the electricity that wood produces, it will be necessary to use 1 square meter of wood and the amount of water needed will be 2 liters. Piezoelectric wood engineers at the kth royal institute of technology have not been the only ones to look for a way to create electricity using wood . Other researchers, such as those at the swiss federal laboratories for materials science and technology, as well as the eth zurich, have also made interesting advances in the area. These are carrying out projects that seek to generate ecological electricity from wood. To do this, they have managed to develop what they have called a type of hydrophobic and magnetizable wood. At first it was believed that choosing the material with the lowest energy conduction capacity such as wood to create electricity was truly crazy. But no, this is possible, all thanks to the so-called piezoelectric effect .

What is piezoelectricity? This term refers to the electrical charge that only certain solid materials have the ability to accumulate. Wood is of course one of these, basically piezoelectricity is that, as the material deforms, it generates electricity. Will it be easy to produce sustainable energy? Of course not, in none of the cases that we have mentioned, producing electricity from the use of wood is a simple process, because it requires that the wood be endowed with certain characteristics that are essential. And flexibility is not exactly one of the main qualities of wood, which is why it may Phone Number Data not have enough capacity to resist the mechanical stress required to enjoy the benefits of the piezoelectric effect. To respond to this problem of wood flexibility, researchers have used a chemical process called delignification, which will help make the wood more elastic. What is delignification? Wood is composed of hemicelluloses, cellulose and lignin, the latter is precisely what prevents wood from being as flexible as it needs. Therefore, to ensure that the wood deforms as necessary, the lignin must be removed from it. The way they have devised to achieve this is through immersion of the wood in acetic acid and hydrogen peroxide, the result will be that the lignin of the wood will be dissolved and a “ wood sponge ” will be obtained, that is, they will achieve that the wood is elastic enough. In summary, wood is not only the answer in the search for sustainable architecture , but it can also be the answer to create a new alternative that allows obtaining electricity in a more ecological way.




The canyon bridge, the largest wooden bridge in the world the canyon bridge, the largest wooden bridge in the world wood has been continually classified as the construction material of the future, in almost any corner of the world you can find a wooden building that is an example of this. For example, in baja california sur, mexico, there is the longest wooden suspension bridge in the world . It may not be the greatest architectural jewel built in wood, but it is quite a spectacle to admire and even better to walk through. This bridge has become the favorite destination for those looking to live extreme adventures, we will tell you some details about it. Features of the longest wooden bridge in the world the canyon bridge in baja california sur , this is the name by which this wooden suspension bridge is known, some of the most notable features of this bridge are: for the construction of this wooden suspension bridge, swedish steel cables were used. As for the wood used, it was carefully selected, only the best wood was used to guarantee the resistance that characterizes this bridge today. The length of the canyon bridge is more than 330 meters. It is located at a height that exceeds 35 meters. This bridge can be crossed by pedestrians, and it also supports the passage of vehicles: 4×4, atvs and all-terrain vehicles. From the bridge it is possible to admire a 360º view of the mountainous landscape of the area, making it the perfect place for those who want to take unique photographs.