With the experience of writing the script last time and filming with Director Wu, Ye Shuning wrote the script much more smoothly this time. She was just copying, without much thought.
Ye Shuning didn't care about her achievements or fame in the film industry; she just wanted to make money from movies. She would eventually embark on the path of industry.
Ye Shuning had lived in the countryside before and was familiar with its conditions. This time, returning to the interior, she felt even more deeply that the interior was extremely poor and backward, with many supplies in short supply. This time, she discussed with the Ling family the importation of grain and fertilizer.
Currently, most areas of the mainland are still struggling to meet their basic needs, and hunger is still common. Therefore, increasing grain production to ensure adequate food supply is a top priority for some leaders in the mainland.
But increasing food production is not that easy. In addition to high-quality and high-yield food seeds, the land for growing food also needs fertility. Otherwise, how can poor land produce high-yield food?
Fertilizer, then, became a crucial factor in increasing grain production. However, fertilizer plants in mainland China were few in number and generally small in scale. Therefore, fertilizer was in urgent need.
This isn't a quick fix, as much of the equipment needed to build fertilizer plants must be imported. Western countries certainly won't miss this opportunity. Fertilizer production equipment is not only expensive but also not readily available.
China's foreign exchange reserves are limited, and many items need to be imported. Even if a fertilizer plant wants to carry out technological reforms and expand production, it is not so easy because the equipment is not in place. There is no other way.
Having enough food was paramount, so building a fertilizer plant was also part of Ye Shuning's plan. She was incredibly familiar with the fertilizer production process, whether it was nitrogen fertilizer, potash fertilizer, or compound fertilizer. She had the most advanced process.
Once she acquires the necessary equipment, she can improve the process to produce high-quality fertilizer. She'll then plan to sell it inland, but she doesn't want a high price; just a slight premium over cost will do.
She doesn't care how much money she can make in the mainland from this, as long as she can keep the factory alive.
Fertilizers can be sold not only in mainland China but also to other developing countries. As long as there is product, there is no shortage of sales.
Nangang has advantages over mainland China in sourcing raw materials, as there are fewer restrictions. If Nangang is too restrictive, she can always build a factory in a small neighboring country.
Increasing grain production also involves the issue of seeds. In her previous life, the seed problem in China was a major issue. Many seeds in China were imported from abroad. However, in order to curb the development of related industries in China, some foreign merchants treated the seeds they sold to China specially.
The seeds of this crop can only be planted once, and its second generation cannot be planted again. Even if it is planted, the yield is very low. Many people say that the seeds of this crop have been sterilized, and they can only have a second generation, but no third or fourth generation.
If you still want to grow this crop, you have to continue buying seeds from others.
Later, in order to break this control, the country organized scientific research forces to research and cultivate some important crop seeds. Later, many high-quality seeds were cultivated, and the control of some foreign merchants was broken, truly realizing the independent research and development and cultivation of crop seeds.
In fact, Ye Shuning's chemical research institute was right next to a large agricultural research institute, and she had even collaborated with researchers there on a certain project. It was a shame that the research institute didn't come with her. It was such a shame.
However, she was able to find a lot of agricultural information on the computer at the Institute of Chemistry, including a lot of information on crop seeds.
In her previous life, Ye Shuning was a professional. Experts like her could join some very professional forums and expert groups. People would discuss things in the groups or forums, and some people would post their own articles to the forums or groups.
Ye Shuning felt that these were all very valuable information.
She now possessed a treasure trove of boundless knowledge. She studied diligently every day. Fortunately, her brain had been developed through her psychic abilities, allowing her to learn quickly and her comprehension skills greatly improved.
With the Internet signal, she can find information in any aspect. She is no longer limited to learning chemistry knowledge, and she has also begun to learn knowledge in other fields.
The future is an era of rapid development, and she not only has insights that are many years ahead of this era, but also has knowledge and technology that are many years ahead of this era.
If she couldn't make good use of them, wouldn't that be a waste of her life?
Thinking about the country's efforts in the past and increasing investment in scientific research, many technologies that were monopolized by foreign countries have been conquered by some domestic experts.
Take chip technology, for example. It's a symbol of human technology. Chips are at the pinnacle of the tech industry chain. In fact, a single chip often integrates billions of transistors, far exceeding the average person's imagination.
Just how difficult is this chip technology, the one that turns sand into gold? Ye Shuning remembered reading an article on the subject in her previous life. First, at high temperatures, silicon dioxide and carbon undergo a chemical reaction, resulting in a near-100% pure single-crystal silicon. This is then melted, shaped, and polished to form a wafer.
After the basic raw materials are manufactured, the next step is the most difficult photolithography process. The ultraviolet rays in the photolithography machine penetrate the mask printed with the circuit, irradiating it to remove the exposed part, thereby forming the corresponding circuit structure on the surface of the wafer, and then using an etching machine to etch away the exposed silicon wafer.
Then ions are injected, and copper is used to connect the transistors to form a complex chip structure. The chips that pass the test will be cut off, thus creating a complete chip.
Western developed countries, especially the United States, began researching chips long ago. Chip technology has always been their unique expertise, and most technology companies rely on the technical support of the United States. Chip technology has also long been a monopoly in the United States. To break this technological monopoly, China has also invested heavily in research, leading to rapid development of the domestic chip industry. After a difficult period, domestic chips gradually replaced those of the United States. Countries with chip technology can no longer boast of their superiority in this field.
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