The rise of nanometers

Weizhou Power Plant, third floor of the office building.

Wang Shuo, who visited various departments these days, finally got various approvals and licenses.

Du Jinhua, who was busy installing solar panels, also took time to come and meet.

Due to the long hours of outdoor work during the installation of solar panels and the strong sunlight in Ning District, Du Jinhua's whole body became a few degrees darker.

"Mr. Du, have some tea."

Du Jinhua was not polite and took a sip of green tea: "Mr. Wang, has your approval document been received?"

"It's off. I've been running through the procedures these days. I just finished it today. The 40-kilometer-long highway has been approved as a pilot project. It starts from the entrance of our Weizhou Power Plant and extends to the north and south." Wang Shuo touched his growing I have thinning hair and I feel like I’ve been under too much stress recently.

Du Jinhua flipped through several approval documents and estimated the area. The length was 40 kilometers. The width of the highway with guardrails and green belts was about 70 meters, and the overall usable area was 2.8 million square meters.

There must be gaps between solar panels. The area of ​​solar panels that can be arranged is estimated to be about 1.4 million square meters, and the cost is not cheap.

Although Long Totem's solar panels are expensive, with an average price of about 12 yuan per watt, the advantage is that they have a relatively long service life. If they are well maintained, they can last for thirty or forty years without any problem.

Du Jinhua gave specific data: "About 1.4 million square meters of solar panels are needed."

Write down the number on the notepad: "1.4 million? Then I will report to the headquarters as soon as possible and let them purchase from Dragon Totem."

"One-third of the 5,000 square meters in the factory area has been completed, and the remaining half a month or so has been completed. Now it is possible to gradually generate electricity." Du Jinhua reminded.

Wang Shuo flipped through the design parameters of the gas refining plant area: "The decarbonization workshop should be able to consume this power generation, right?"

Du Jinhua, who knew all the data of the gas refinery, nodded and replied: "Of course, the decarbonization workshop can digest 8.5 million kilowatt-hours of electricity and 1.4 million square meters of solar panels every day, generating up to 4.9 million kilowatts of electricity every day. Tens of thousands of kilowatt-hours, plus the surplus electricity in the power plant area, is enough to cope with it.”

"Today, a joint inspection team from Huadian, Datang, SDIC, and Guodian will come here for inspection. We have to make arrangements then. I would like Mr. Du to come with us."

"no problem."

After lunch, a joint inspection group of sixty or seventy people from the other four power generation groups came to Weizhou Power Plant.

Fang Haisheng from Huadian watched the operation of the workshop while listening to the introductions of Wang Shuo and Du Jinhua.

"Are these all smelted products?"

Fang Haisheng pointed to the carbon bricks pressed into pieces, as well as pure iron sintered sand, pure aluminum sintered sand, and a lot of phosphorus, sulfur, magnesium and the like.

Wang Shuo nodded: "These are all electro-mining products developed from minerals extracted from coal slime, medium coal, and coal gangue, using our own power generation surplus and impurities in fuel."

Du Jinhua on the side added: "The nearby coal gangue is rich in cobalt, titanium and uranium. These rare minerals have also been refined, and the current output is relatively considerable."

Fang Haisheng raised his glasses, with a hint of consideration in his eyes: "In the decarbonization process, what is the loss rate after using carbon blocks to generate electricity again?"

The loss rate he refers to refers to how much electricity can be generated by using carbon blocks to generate electricity again after decarbonizing the electricity.

"In the current decarbonization process, the energy fixed in carbon during the decarbonization process of electric energy is about 94.6 to 95.2%." Du Jinhua paused and continued:

"After the water-coal gasification process, about 92% of the energy is left, and then it enters the gas generator system. According to the current cycle combustion efficiency, 60% of the energy will finally be converted into electrical energy again."

"60%" Fang Haisheng is relatively satisfied with this energy conversion efficiency, although it is not as good as the 70-75% of the energy storage reservoir.

However, the limitations of energy storage reservoirs are too great. They need suitable terrain and relatively abundant water resources, and the project volume is not small.

Especially for the North China Plain and the Great Northwest, the former is stuck by terrain and water resources, while the latter has relatively scarce water resources.

Moreover, energy storage reservoirs also face the inherent disadvantage of being unprofitable.

Fang Haisheng and several other vice presidents of power generation groups discussed quietly for a while.

According to information provided by Suiren Company, carbon powder, pure oxygen and pure oxygen produced in the decarbonization workshop can enter the gas turbine system to further improve fuel utilization.

In addition to producing water gas for power generation, carbon powder can also be used to produce water gas for sale as gas. It can also be used as chemical raw materials for the production of fertilizers, carbon fibers, carbon nanotubes, steelmaking additives, production of fuel oil and polymer plastics.

Toner, which has a wide range of uses, has the advantage over energy storage reservoirs that can only generate electricity and store water. There are many channels for product digestion, and there is no need to stick to filling grain to generate electricity.

Grain filling in energy storage reservoirs to generate electricity is like licking a dog until there is nothing left.

Of course, although energy storage reservoirs are not profitable at this stage, as an important means of peak load regulation and valley filling, they are still a core component of power grid regulation.

Wang Shuo expressed some of his views:

"Mr. Fang, you also know our domestic situation. Coal resources are okay, but oil and natural gas are insufficient. After all, the gas and oil pipelines in Central Asia and Lucia are in other countries and face island chain blockades at sea. We need to make reasonable use of domestic resources. Resources are king.”

Fang Haisheng can be the vice president of the group, so he is naturally not a short-sighted person.

Coal gangue, solar energy, and wind power are very important sources of energy. The emergence of decarbonization technology is their trump card.

Foreign oil and natural gas can be imported, but the energy storage carbon powder of their power generation group must also be vigorously developed.

Even if there is a hard decoupling from the international fuel supply market, power generation groups can use their reserves of carbon powder to quickly replace imported natural gas, oil and coal.

The vice president of Guodian also has a twinkling eye. With carbon powder as their trump card, they can even counter the international energy market.

After all, China is about to become the world's largest oil consumer market. If it is suddenly announced that it will no longer need hundreds of millions of tons of oil next year, international oil prices will definitely collapse instantly.

Holding the decarbonization technology is equivalent to having the confidence to overturn the table. Those big dogs and Lucia dare to increase prices at will, and teach them how to behave in minutes.

The feeling of being stuck is something that the power generation group cannot tolerate. In the past, there was no way. Domestic oil and gas resources were insufficient and they had to rely heavily on supply from the international market.

Now that there is an opportunity to focus on customers, the five major power generation groups are not fools and must vigorously promote decarbonization technology.

Fang Haisheng and several other vice presidents of power generation groups left with heavy worries after inspecting Weizhou Power Plant.

To a certain extent, decarbonization technology is similar to the shale oil technology in the United States. Although the cost is high, it can be used as a ballast stone to ensure that international crude oil prices will not be too high.

Coupled with the recent rapid development of hybrid vehicles, domestic oil and gas consumption, although the import volume remains high, everyone with a discerning eye knows that China's dependence on international oil and gas is rapidly declining.

This change may seem calm, but secretly it is definitely full of murderous intent.

The five major power generation groups are taking action. They are ready to fully promote decarbonization technology, cooperate with solar and wind power, plus thermoelectric power generation and element refining technology to form an integrated electricity-mineral-carbon system.

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