The Technology Tree of Xueba

On February 12, Zhou Yu came to the geothermal energy base. He received a message from engineer Jia Yun that the drilling rig was about to drill through the rock layer and reach the mantle layer.

Zhou Yu found Jia Yun, and he saw that Wang Dashan, deputy director of the National Development and Reform Commission, was also here.

He greeted Director Wang, turned his head and said to Jia Yun: The drilling rig will drill through the rock layer to reach the mantle layer, and the magma may surge up. You must be prepared for safety protection.

Jia Yun pointed to the engineers who had already lined up in the square outside.

Everyone in the geothermal energy base will be evacuated, and the equipment will be controlled by intelligent industrial robots. Even if there is a small volcanic eruption, at most it will destroy the entire base without causing casualties.

How long until the rig reaches the surface.

The fastest drilling rig is about half an hour away, and we are ready, enough time to evacuate in advance.

As soon as Jia Yun's words fell, the base's piercing alarm sounded.

Warning! Warning! Warning!

A magma upwelling occurred on the 26th, please deal with it immediately.

When Jia Yun heard this warning, his face changed, and he urged hoarsely: Retreat, everyone retreats to a safe place.

Zhou Yu and Wang Dashan drove away from the geothermal energy base with many engineers.

Jia Yun also left the geothermal energy base, but before he left, he ordered the intelligent industrial robot to start processing according to the plan.

The intelligent engineering robot immediately began to dispose in the underground space of the No. 26 drilling.

They used 49 polysilicon styrene rods with steel shells to connect with the metal walls of the underground space to form a heat export device.

At the same time, the underground space is pressurized to 200 atmospheres, and the metal walls of the underground space can withstand 500 atmospheres.

Such a disposal plan is to prevent the magma from rushing up to the underground space, and let the magma begin to cool in the channel.

Zhou Yu and the others evacuated to a safe area 5 kilometers away, and contacted the geothermal energy base through the neutrino communication network.

He looked at the data summary sent by the artificial intelligence of the geothermal energy base.

Well No. 26 has cracks in the rock layer. When the drilling rig drilled through the cracks, the underground magma immediately surged up due to the pressure.

The drill lasted only 5 seconds before it was melted down by the high temperature.

The metal of the drilling rig is super wear-resistant, very tough, and has the ability to memorize metal, but its melting point can only reach 2300 degrees Celsius.

The ultra-high pressure magma at 3500 degrees Celsius can melt it quickly.

The high-temperature magma immediately surged up along the channel drilled by the drilling rig, and he came into contact with the metal pipe filled with polysilicon styrene material.

The metal tube absorbs heat at an extremely fast rate, and the polysilicon styrene material quickly conducts the heat away.

There is a water cooling system outside the metal walls of underground space No. 26.

The heat drawn from the ground quickly boils the cold water, which turns into steam and flows outside.

Seeing this scene, Jia Yun said with a smile: If there is no thermoelectric power generation material like polyacrylicene, but only polysilicon styrene material, we should use steam power generation, but it is too dangerous to use it this way.

Wang Dashan watched the magma from drilling No. 26 continue to rise, and he said with some concern: Should you think carefully about it? I think other wells are still going down.

Zhou Yu walked over, shook hands with Wang Dashan, smiled at him, and comforted his frightened emotions.

Director Wang, you don't need to worry, our Starfire Technology has already made a plan, and all situations with major consequences have been considered.

The most significant consequence is that the geothermal energy base is completely destroyed.

They have been watching the situation of each drilling well, especially drilling No. 26, and the magma is still rising.

In the past 20 minutes, the magma has surged up to 1,000 kilometers, and the speed of the upwelling slowed down. The magma slowly cooled and turned into hard rock, directly fixing the metal pipes in the channel.

After the magma solidified, the metal pipe could not absorb a huge amount of heat, and the drilling was completely abolished.

When Jia Yun saw this situation, he took a breath and said in shock: How did the geological drilling team detect this? This is the place with the least pressure in the mantle layer. It is still in our hands that the magma can surge up to this level. Added to the case of 200 atmospheres.

If it is under normal pressure, magma will definitely be ejected.

The pressure under the mantle layer is higher than that of some extinct volcanoes.

Zhou Yu said calmly: Nowadays, science's understanding of the underground is still very shallow, and they also judge based on past experience. When encountering certain special circumstances, there will always be unsuitable situations.

We're coping well now, and we can handle it even if the mantle is tougher than we thought.

Jia Yun said worriedly: I'm afraid it's not a point with higher pressure. If there is a point with higher pressure, we will be in trouble.

They waited for the final results, and 12 minutes later, the drilling rig of No. 5 drilling was the first to penetrate the rock layer and reach the mantle layer.

This seemed to be a signal, and the drilling rigs of various wells drilled into the mantle layer one after another.

Everyone held their breath and observed the data collected by the artificial intelligence of the geothermal energy base.

All drilling rigs completed their assigned tasks and were burned by the hot magma.

The metal tube began to withstand the huge pressure of the mantle layer and continued to advance into the magma.

At the same time, the intelligent robot urgently monitors the heat export situation on the top, and quickly transfers the heat away through the water cooling system

The metal tube must be lowered into the magma at least one kilometer deep to ensure that the thermoelectric generator can permanently obtain huge heat.

When the magma rises one kilometer due to the huge pressure, the metal pipe also penetrates the magma one kilometer through hydraulic means.

Drilling Well No. 1, Well No. 8, Well No. 12, and Well No. 15 encountered low pressure in the mantle layer, and the magma began to solidify after rising about ten kilometers.

The intelligent robot began to strengthen the metal pipe, and installed a thermoelectric generator above the metal pipe.

In the past 50 minutes, except for drilling No. 8 and drilling No. 31, the magma of other drillings began to solidify one after another.

Jia Yun closely watched the situation of drilling No. 8 and drilling No. 31.

Mr. Zhou, according to our real-time monitoring, the magma from drilling No. 8 and drilling No. 31 is likely to erupt.

Properly handle the connection between the metal pipe and the metal wall of the underground space, and ensure the stability of the connection to prevent them from being destroyed by a huge impact.

After adding 200 atmospheres of pressure to the underground space, even if the magma rushes out of the ground, they will not be able to rush out of the underground space.

We may be able to use these two wells again once we weather this wave of pressure.

According to Zhou Yu's instructions, Jia Yun strengthened the connection between the metal wall and the metal pipe in the underground space again.

At the same time, the atmospheric pressure of the underground space is increased to 400 atmospheres.

Fifteen minutes later, the No. 8 drilling and No. 31 drilling magma poured out into the underground space.

Seeing the magma pouring out, Jia Yun immediately removed the atmospheric pressure in the underground space.

A huge amount of magma spewed out and soon filled the underground space, but the magma couldn't shake the underground space at all.

The underground space can block 500 times the atmospheric pressure, and this magma pressure is completely trivial to it.

As the heat was quickly exported, the magma in the underground space began to gradually cool down.