Modern oil did not invent anything. China already extracted natural gas 2,000 years ago and transported it by bamboo pipes

Possibly, many consider that oil industry And modern gas, with its platforms, deep wells, pumping systems and distribution networks, is a creation of the nineteenth century onwards, one associated with Western industrialization. And although they are not entirely wrong, the truth is that there was already a nation that had developed techniques for drilling, extraction and transporting energy resources with a simply amazing level of sophistication. That nation was China, and he did it a thousand years before Edwin Drake will pierce the first commercial oil well in 1859. Before the crude. As we said, although the collective imaginary places the beginning of the exploitation of hydrocarbons in the industrial revolution From the nineteenth century, history shows that ancient civilizations had already developed surprisingly advanced techniques of energy extraction. In fact, in the Chinese province of Sichuan, more than one millennium before the first commercial wells in the United States or Russia, entire communities already They pierced the earth To get brine And, later, natural gas. The salt searchvital for food conservation and human nutrition, led Chinese engineers to devise sophisticated Performant drilling systemsoperated with bamboo towers, pulleys, jump platforms and specialized metal tools that remember, in many ways, those used in the modern oil industry. Challenging your time. The wells, initiated during the PERIOD OF THE COMBATING KINGDOMS (480–221 AC), reached depths of up to 250 meters already in the Tang dynastyand exceeded the kilometer in the nineteenth century, long before the West even dreamed of such achievements. For each phase of the process they were used Different Broks (Fish tail, silver or horseshoe ingot) adapted to the type of rock. I also know They developed solutions for problems such as broken bits or collapsed wells, using ingenious technologies such as elongated bamboo tubes With fin valves, hydraulic cements based on Tung oil, and shutter with expanded straw. Then, around 1050, the introduction of flexible bamboo cables It allowed to achieve greater depths and simplify the operations a little more. By 1835, the Shenghai well reached officially The 1,000 meters deepa milestone in the world. From the byproduct to the energy treasure. Everything changed at a given time. During drilling in search of brine, workers began to run into Natural gas bagsinitially seen as dangerous or useless. But over time, that gas (mainly methane, often mixed with hydrogen sulphide) was recognized as energy resource and used for lighting, heating and, above all, to feed the boilers that evaporated the brine. This transition became crucial when deforestation prevented continuing to use firewood. The need promoted the invention of the call Drum Kang Penwhich allowed to extract and separate simultaneously gas and brine, and early carburetor that mixed gas with air to achieve more efficient combustion. In turn, the old perforators also included geology rudiments, placing gas wells in high areas and brine in valleys, according to the formation of underground bags. Industrial Network Without Pare. Over the centuries, the region was filled with bamboo towers, merchant ships and an infrastructure that included hundreds of kilometers of pipes Bamboo built completely. Far from being rudimentary, those pipes were precisely sealed by tung oil cement and braided rope, which made them surprisingly stagnant and durable. To get an idea, in the 1950s they were still operational More than 95 km of these conductions. A complex system that transformed Zigong and other cities into industrial, commercial and cultural centers. The operation was so extensive that it required uninterrupted shifts and written legal contracts (some of the first in the history of China) to distribute tasks and resources. Historical and legacy. The scale and sophistication of the Sichuan gas field eclipsed other premodern operations in Europe or Central Asia, such as those of Naples or Bakú. Beyond the volume produced, the most notable was the continuity and efficiency of the system itself. Even today, the region produces some 30,000 million cubic meters of gas annually, in many cases from perforated wells centuries ago. However, the work is still dangerous: in 2003, an explosion of gas near Chongqing He killed 233 people and left 9,000 intoxicatedbut the accumulated experience over almost 2,000 years avoided a major catastrophe. That technical and human legacy is, in fact, honest in the Shanxi Salt Museumwhere original tools and detailed models are preserved that document an industrial feat advanced to their time by millennia. If you want too, the Sichuan history Not only does it rewrite the origins of oil and gas in a certain way: redefine what we consider possible in ancient civilizations. Image | Thomas dependb, CSEG In Xataka | In its effort to extract oil, China is beating records: it has drilled a well -deep well In Xataka | 2025, a raw year: the sanctions to the Russian ships and the tension with China are raising the price of oil

To build the longest world bridge, China turned to a peculiar material: bamboo

Although Saudi Arabia and Arab Emirates are immersed in a particular war for have the most beast buildingstalking about megaconstructions is to automatically look at China. The Asian giant has some of the works more tremendous, impossible bridges and even Higher abandoned skyscraper in the world. And one of those pharaonic constructions is the Hong Kong-Zhuhai-Macao bridge. With a length of 55 kilometers, it turns out that it is not only formed by steel and concrete: the secret ingredient is bamboo. And according to those responsible, continue like the first day. The bridge. After six years of planning and another eight of construction, in 2018 China opened the imposing bridge that connects Macao and Zhuhai. Its 55 kilometers, 6.2 of them underground, allow to convert a trip that previously lasted three hours into a ‘walk’ of just 30 minutes. And something that resonated in its day was the 420,000 tons of steel (which would be equivalent to 60 Eiffel towers), its more than one million cubic meters of concrete and the flexibility necessary to support typhoons and earthquakes. It is a barbarity, with an underground stretch that disappears and emerges from the sea It looks like a ship, but it is one of the two inputs/exits of the sea Bamboo. It turns out that the mixture added a plant: bamboo. And it is something that is not so weird, since, as we can read In South China Morning Post, China is the largest bamboo producer in the world and is something to give way. In the aforementioned bridge, this element was used on the panoramic platforms that are found throughout the same and the official newspaper Science and Technology commented a few days ago that, after six years installed, these panels have resisted sunlight, typhons and The corrosion of seawater, keeping “as solid as ever.” One more element. Lou Zhichao is a member of the Bamboo Research Institute of the Forestry University of Bamboo and pointed out that, apart from in China, bamboo occurs mainly in developing countries, which gives China a unique advantage and position to the time to process this bamboo. His team, in fact, has been developing more advanced technologies to process bamboo a decade, causing the process to emit less co₂ while encouraging the use of bamboo under constructions due to a relationship between resistance and weight higher than some alloys of some alloys of some alloys of steel. In addition, it can replace wood, plastic and steel itself in some constructions. Bamboo II. Now, although it has interesting properties, it also has a problem: it is prone to decomposition. This means that when bamboo facilities are done, toxic preservatives must be used that make the material much less ecological. The chickens that come through those that come out in environmental matters, basically. And, precisely, the Zhichao team has been working in recent years. One of its latest advances in research is a heat treatment that eliminates nutrients that cause the accelerated decomposition of the material. This allows to reduce its processing time by 50% while increasing durability outdoors without antimoho treatments. Adolfo Suárez Madrid-Barajas airport. You don’t have to go to China to see great structures in which bamboo is clear protagonist. In Spain we have examples such as Madrid airport Adolfo Suárez Madrid-Barajas, in which the roof of terminal 4 is formed by lames 100 mm wide of bamboo sheet. In total, there are 200,000 m² of bamboo with fire resistance and was the ideal material due to the peculiar curved forms of the terminal roof design. It is also a material that was raised for the Futurist Ciudad Oceanix City And the protagonist of the bamboo towers that Paris wants to build for 2050. And scaffolding. Beyond in places as punished as a bridge in such a complicated area and applications in other buildings, bamboo is absolute protagonist in Hong Kong. Specifically, in its skyscrapers, like an exoskeleton that really is a system of Scaffolding During the construction of buildings. For the rest, Zhichao continues to work to expand the use of bamboo as high quality material for several reasons. One because it absorbs 50% more co₂ than common trees. Another because it is estimated that its crop and market benefits some 50 million people throughout the country. And, therefore, he hopes that the government “finance the development of key technologies and reinforce regulation by national and local standards to boost the industry.” Industry tech. Apart from in structures, bamboo is positioning as a material that can be very useful in other sectors. An example is that of consumer technology not as an element that goes within the devices, but as part of the packaging. A few years ago, on a visit to the Innovation Center of Lenovo, They told ushow they were starting to use bamboo in the boxes of their laptops. Bamboo box to the right. On the left too, but after a year underground. The reasons were environmental due to the degradation of their fibers in normal conditions in nature. In fact, it can be buried directly in the garden to use it as fertilizer. In the photo that we leave just on these lines you can see two boxes, one new and one after a year underground, to appreciate its degree of decomposition. And, that sustainability is one of the keys (along with many others, of course) of decarbonization. Images | Xataka, Moso, NRG800, Chronus, HMZB, Chris 73, Kamakura In Xataka | After 120 years of growth, a Japanese bamboo has just flourished. And that is a problem

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