Super industrial overlord

Chapter 672 Venus Atmospheric Transformation II

"Xiao Wei! Although it is said that we must carry out the transformation of the atmosphere of Venus, we have to discuss and discuss such a transformation project, and what method to use to carry out the transformation.

We also know that according to our existing data, the thickness of the atmosphere of Venus is as thick as 150 kilometers. It is a very huge project to reduce the thickness of the atmosphere of Venus to 5-60 kilometers!Not to mention the need to modify the structure of Venus' atmosphere.This is definitely an unimaginably large project. "In Wei Hong's communication system, the old man's voice sounded again.

"Yes! According to the plan, we have to extract about 200 billion cubic kilometers of the atmosphere on Venus. This kind of project is really too big. According to my understanding, although it is said that no matter what aspect it is in the past few years We have made great progress in technology, but that's it, the working efficiency of the largest compressor in our human civilization is only less than 20 cubic meters per hour. Of course, if it is really necessary, we humans will definitely Larger compressors can be produced in the shortest time, but it is absolutely impossible for each compressor to exceed 200 million cubic meters per hour.

Moreover, the volume and weight of such a machine are very large, and the energy consumption is also very high. Most importantly, the cost of manufacturing each machine is also very high, even comparable to the cost of a large spaceship.

In addition, according to my understanding, there are absolutely no more than ten manufacturers capable of producing such compressors on the entire planet, and the production capacity of each manufacturer can only maintain the output of one or two units per year. With the improvement of earth civilization technology, the production capacity of this kind of compressor has been greatly increased. We are trying our best to transform and produce compressors. According to my estimation, if we want to transform the atmosphere of Venus into an ideal state, it will not take hundreds of years. There is no way to complete it, and if we do this, it will take up a lot of resources and bring the development of our entire human civilization to a standstill.

So it's a pity that this solution doesn't work at all, or it doesn't work at all to use a compressor to extract the atmosphere inside Venus by mechanical means, so we have to find another way, although we can also use chemical means to reduce The thickness of the atmosphere of Venus, but the current atmosphere of Venus is mainly composed of water vapor and carbon dioxide. In the future, it will condense into rainwater and fall on the ground of Venus. At the same time, part of the carbon dioxide used for the impact will be withdrawn into the atmosphere of Venus. However, the actual situation of the atmosphere of Venus The thickness will also reach more than 130 kilometers, and the atmospheric pressure is still far higher than that of the earth, even the atmosphere of Venus.

Immediately, the concentration of carbon dioxide in the atmosphere of Venus will exceed 50.00% again, and I think everyone is very clear about the chemical properties of carbon dioxide. It is very difficult to separate carbon dioxide into oxygen and carbon. With the advancement of technology, we can decompose carbon dioxide into oxygen and carbon on a small scale, but the cost remains high. Now it can only be used on a small scale on the earth, so it is impossible to use it on a large scale, let alone use it in such a place. Large-scale projects are above.

According to our most optimistic estimates, it will take at least several decades for this technology to mature. Therefore, chemical means are not feasible. Of course, we do not rule out the use of chemical means for the time being. "Wei Hong said.

Just when Wei Hong said this, another old voice sounded on his communication device: "Yes! If mechanical or chemical methods are not feasible, then only biological methods are left. Although it is said that at the current temperature of Venus, most of the creatures on the earth are still unable to survive, but this does not mean that there is absolutely no life on the earth that can survive on Venus in the current environment.

According to the research data of our human beings from modern times to modern times, many organisms on our earth can survive in high temperature, low oxygen or even anaerobic environments, and some organisms can not only survive, but also carry out photosynthesis Absorbs carbon dioxide and releases oxygen.

Before this, many scientists on the earth have discussed that the reason why the current region can form such an environment is due to the contribution of the ancient creatures on the earth. According to the materials, in the ancient times of the earth, the temperature on the earth was very high. High, even compared to before our second phase of engineering transformation, but under the action of the creatures on the earth at that time, such as blue-green algae and other large-scale reproduction, large-scale absorption of carbon dioxide in the early atmosphere of the earth, Sulfur dioxide and other gases, and release a large amount of oxygen.It even made the oxygen content in the earth's atmosphere reach more than 30.00% at one time. It can be said that the reason why the earth is today is all due to the early organisms on the earth.

Although the current earth is no longer the earth in ancient times, and there is a huge gap between the earth's environment and the earth's environment in ancient times, but this does not mean that there are no such creatures on the earth now, on the contrary, there are many on the earth now Such creatures still exist everywhere, such as craters and deep seas, etc. They can live at a high temperature of more than 200 degrees, so even now the average temperature of Venus is as high as 7-80 degrees, and the highest temperature reaches more than [-] degrees. In addition to water vapor, the atmosphere of Venus is carbon dioxide, but it can also survive for these creatures.

Therefore, we can research and cultivate cyanobacteria to make them more adaptable to the environment of Venus. As long as we put cyanobacteria and other organisms on Venus on a large scale, it may not be long before the bare and practical Venus will become a paradise for life. up. "

Hearing the old man's words, Wei Hong also nodded. It is true that using biological methods to modify the current atmosphere of Venus is the best method, and it is also the most cost-effective method. After all, even if other methods are used to modify the atmosphere of Venus If this is the case, not only will it require a lot of manpower and material resources, but it will also take a very long time. The most important thing is that even after using other means to transform Venus, these creatures on the earth must be put on Venus in the end. of.

Of course, this does not mean that, apart from using biological methods to modify the atmosphere of Venus, they have given up other methods for modification. After all, even if biological methods are used for modification, according to his calculations, the Putting these creatures on Venus, so that they can survive in the environment of Venus and reproduce on a large scale, and at the same time, they will not cause mutations due to the environment of Venus, then humans must improve these creatures on Venus to a certain extent. Therefore, transformation The time required for the entire Venus will also take at least several decades.

(End of this chapter)