Before returning to the college entrance examination, I became popular in the science circle

Chapter 444 Ignite

The conference room was quiet, and everyone could hardly hold back their enthusiasm as they waited for Wu Tong's next promotional speech. Wu Tong's voice was not very impassioned, but was deliberately stimulating. But such a calm tone has already aroused the emotions of everyone present.

After a pause, Wu Tong's voice became a little louder: "Now that we have mastered the complete puzzle and are fully prepared, it is time to carry out our next project. Everyone is fully prepared. The reactor construction will officially begin today. !”

As soon as the word Jian Dui came out, the atmosphere at the scene was suddenly ignited. They finally waited for this sacred moment. From the weakness of the past, to the difficult progress in these years, to the elation of today, and the pride and pride at this moment, the complex emotions flashed through the eyes of all the Fusion people present, and many people were close to tears.

They have finally entered into the construction of a demonstration reactor, and they are still building a demonstration reactor with successful technology. It is not an exaggeration to say that they are the best in the world, not even a little bit!

"Mr. Wu, has the location been finalized?" Someone couldn't help but asked.

More people were overflowing with excitement and clenched their fists to restrain themselves from losing their composure in front of everyone. However, everyone couldn't wait, and their eyes were hot and expectant, just chasing Wu Tong, waiting for her next announcement and the location of the location.

Wu Tong nodded firmly, "After many considerations, it has been determined that the Jinwudui site will be located at the intersection of the Beijing-Tianjin-Hebei rivers."

The siting requirements for nuclear power plants are still very high and many factors need to be considered.

According to the prevailing site selection principles based on current practical experience, water conservancy, astronomy, geological and geographical conditions, transportation, power station technology, power grid laying, social and other factors must be carefully considered.

In human energy exploration, the site selection of nuclear power plants has always attracted widespread attention. First of all, geographically, the entire Jinwudui site must have no deep fault zones passing through it. At the same time, there must be no active faults within several kilometers of the site. In the nearby 50 kilometers of sea and 6 kilometers of inland, historical research will be conducted to confirm that no earthquake of magnitude or above has ever occurred in history.

Taking the above considerations into consideration, the current location of nuclear power plants is usually chosen to be built on the seaside. This is not only a technical decision, but also a multi-faceted consideration of safety, environmental protection, geographical conditions and convenient facilities.

Compared with land, seaside areas are often wider, providing more space for layout, which helps reduce the impact of accidents on the surrounding environment and residents. At the same time, the existence of the sea provides an additional safety barrier for nuclear power plants. , when the temperature of the nuclear reactor is out of control, seawater can quickly absorb heat, slow down the speed of the nuclear reaction, and effectively reduce potential dangers.

The open space at the seaside helps slow down the spread of accidents to the surrounding environment. Nuclear power plants usually require a large amount of cooling water, and seawater can be used as an ideal cooling medium. This design not only ensures the stable operation of the reactor, but also reduces the impact on the marine ecology. adverse effects on the system.

The seaside area not only has advantages in safety and geographical conditions, but also excels in the construction of convenient facilities and transportation.

The construction of nuclear power plants requires a large amount of construction materials and equipment, followed by transportation. The design of the entire reactor is much more complicated than that of a fission reactor. When the Jinwu Reactor was first built, it had to bear at least the total power consumption of Beijing, Tianjin and Hebei. The volume of her reactor core must be large enough, and all the involved Components will basically not be produced locally. The method used must be to manufacture them at a fixed production location and then transport them to the selected location for final assembly. This is also the way to use the Jinwu Star Simulator device. After testing, the successful experience has been confirmed and will continue to be used in the construction of Jinwudui. The seaside location, the existence of seaports, and convenient large-tonnage transportation capabilities make it easier to transport these components to the construction site, which will greatly improve the efficiency of construction and simultaneously reduce construction costs.

It is not easy for the country to make money, and if it can be saved, it must be saved. Extravagance and waste have never been the principles advocated in the country. Maintaining quality and quantity and reducing construction costs are the policies that are most in line with national conditions.

"The entrance to the sea is a good location. We have put a lot of effort into it, but it is cheaper and saves money!" Everyone present was not too surprised that the first location was chosen around the Beijing-Tianjin-Hebei region.

First, the Beijing-Tianjin-Hebei region is the economic circle of the capital. It radiates from the capital of a country, so it still needs to have a good reputation. The second is that the Golden Crow Device was originally developed by Mr. Wu in Shangjing. The experiment in the suburbs of Beijing was successful, and it was originally radiated from Shangjing.

However, considering the location, Beijing is not close to the sea, and Tianjin is too small. In addition, considering better power grid laying, the final location was settled in Hebei Province. It is really cheaper for Hebei Province. I believe Tsu City will probably be sore for a long time!

Of course, compared with the fact that they can enjoy the convenient benefits brought by clean energy for the first time, compared with other provinces waiting for them, people in the Beijing-Tianjin-Hebei region have to be coveted and envied by people in other provinces across the country! At this point, people in Jin City should still have some psychological comfort. As for the people who live in the capital city of Shangjing, they are engraved in their bones with pride. They are the capital, and they are located in Hebei Province. They are not just serving Shangjing!

Putting aside the funny thoughts that suddenly emerged, the entire conference room began to actively discuss the construction of the reactor. Finally, the preliminary engineering process is established.

"Considering confidentiality, the project will be divided into external construction and internal core construction!"

External construction is very simple. It refers to the construction of the entire nuclear power plant, as well as the core, the external building of the reactor. This part will be shouldered by the nuclear industry construction group. Projects in this one field alone are enough to sustain the nuclear industry for many years.

The most critical construction of the internal reactor core will be made by Wu Tong with the most complete drawings, divided into components, and finally assembled. An anti-peeping and anti-vandal design will also be added. Once disassembled, the reactor will be scrapped immediately.

This has also been done, and protective measures have been taken when external forces attempt to peek into the reactor core technology and dismantle the reversal technology. At the same time, it also guarantees the safety of the reactor core. If there is an unexpected failure in the reactor core, the entire reaction will instantly lock up and end the fusion reaction!

This is also to prevent accidents, leakage of reactions, and unnecessary large-scale damage and economic losses, so that nuclear power plants can truly transform from unsafe fission to safe controllable nuclear fusion.

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(End of this chapter)