Rebirth in 1989: Creating the Chinese Technology Empire

Inside the greenhouse, Ka Dazuo and his team listened to the technicians' explanations and were completely shocked by the technology here.

The best thing about these greenhouses is scientific recycling and maximizing resources. For example, in terms of water resources, the fresh water pumped out from the ground first cleans the photovoltaic panels and greenhouse glass. The water is then collected, processed and added with various nutrients to become a nutrient solution for growing crops.

After the plants are harvested, the discarded nutrient solution will be processed again and turned into domestic water for flushing toilets and so on.

Domestic sewage will continue to enter the treatment plant for treatment and then enter a new cycle again. In this way, the demand for underground fresh water in the entire agricultural area will be greatly reduced.

In addition to maximum utilization of water resources, the same is true for other things. For example, after picking tomatoes, the tomato plants will not be discarded casually, but will be sent to livestock areas as feed for cattle, sheep and other livestock. The leftovers they eat are collected, crushed and then fermented into organic fertilizer.

Animal feces and human feces will also be collected and processed, and eventually turned into fertilizer and reused in agricultural areas for recycling, focusing on scientific and environmental protection.

"Everyone, our greenhouses are very intelligent. We can use advanced sensors to detect the temperature, humidity, nutrient solution concentration, etc. The computer can automatically water, fertilize, spray pesticides and even spray crops according to preset programs. Picking and harvesting. The intelligent environmental system can automatically adjust the temperature, humidity, light input, etc. of the greenhouse to allow crops to grow in the best environment. Our high-definition cameras will observe the growth of crops and monitor pests and diseases 24 hours a day. , once a pest or disease is detected, the system will automatically alarm. What we want to create is intelligent agriculture. One day in the future, planting and picking may be possible without a single person inside these greenhouses..."

After listening to the introduction by the person in charge, Ka Dazuo and his party were completely shocked.

They didn’t expect that agriculture could be done in this way. It was too science fiction. In such a large agricultural area, there are very few people using it, and unmanned cultivation may even be possible in the future.

With automatic sowing, automatic watering, automatic fertilization, and automatic picking, the entire agricultural greenhouse is like a modern factory. Only a few people are needed to manage many greenhouses.

This is even more impressive than the mechanized planting in Europe and the United States. Even Israel, which has always been proud of its modern agriculture, cannot match it.

Now, these hundreds of acres of greenhouses are just experimental greenhouses. After the experiment is successful, greenhouses in the entire agricultural area can be expanded on a large scale, and the output of various agricultural products will be greatly increased by then. As for how much output needs to be achieved, it depends on the needs of Libya. Anyway, there are many deserts around, so you can expand as much as you want. If Libya can do business, there will be no problem in becoming a major exporter of agricultural products in the future.

With this kind of intelligent greenhouse, both grain and fruits and vegetables can be grown here. In addition, the temperature here is not severely cold all year round, and the temperature in the greenhouse can be freely adjusted through the intelligent adjustment system. In this way, the yield per mu of crops in the greenhouse is much higher than the yield per mu on the land outside.

For example, rice can be easily grown four seasons a year on one acre of land in a greenhouse. Even wheat can be grown three seasons a year. Not to mention other fruits and vegetables. Many vegetables can be grown all year round, and even watermelons can be grown three or four seasons a year.

This is difficult to do in the outside world. Only some special places can have such planting conditions. In addition to the number of planting seasons, the productivity is also very high. Scientific management, refined management, and carefully selected seeds can make the yield per mu of greenhouses much higher than that of the outside world.

Huasheng Group has also conducted in-depth research on seeds. Various hybrid technologies and genetically modified technologies are also being studied. In the future, Huasheng Group will use the Libyan agricultural area here as a test area to test its various agricultural technologies.

"Mr. Colonel, the advanced agricultural technology mastered by our Huasheng Group can allow a large amount of agricultural products to be grown in this desert. After the new capital is built in the future, the agricultural products grown in the agricultural areas can be sold to residents of the capital at very cheap prices. When it comes to people's lives, food comes first. If the price of food is low, inflation will be well controlled. If everyone's living expenses are reduced, everyone's happiness will increase. The more people will be willing to live here, the more people will be willing to follow you. This is a virtuous cycle. In the future, if the agricultural area is large enough, Libya can also export agricultural products to neighboring countries, and even engage in food diplomacy. Agricultural product diplomacy will add more international reputation and friends to Libya. Mr. Colonel, those who are right will get more help, while those who are unjust will get less help. You can also play the human rights game that European and American countries like to play..."

Xu Huasheng looked at Ka Dazuo and whispered, which made Ka Dazuo laugh happily.

Although the initial investment in these greenhouses is relatively large, the subsequent planting costs are very low.

In addition, Libya is vast and sparsely populated, and the desert costs nothing. As long as Kadazou invests in a suitable agricultural greenhouse area, the people in the new capital can eat cheap fruits and vegetables, and the supply is sufficient, and even food can be self-sufficient. , quite a bargain.

If the scale continues to expand, agricultural products can still be exported.

This model cannot be applied on a large scale in China in the short term.

Because the cost of building such greenhouses in China is relatively high, labor is cheap, and the land is scattered, which is not cost-effective.

But in Libya, the desert can be built on a large scale for free. The construction cost of greenhouses is low. The keels of the greenhouses are built with concrete and the glass can be fired with sand, which can save a lot of money. Labor costs in Libya are higher than those in China. Taken together, this kind of intelligent agricultural greenhouse with relatively large investment but fewer employees is very consistent with Libya's national conditions.

Not only suitable for Libya, but also for countries with small populations and high labor costs in the world, this kind of greenhouse is very cost-effective.

"Xu, thank you very much. I look forward to the construction here..."

Kadaro's face was full of satisfaction. Looking at the fresh cucumbers in front of him, Kadaro asked directly if he could eat it.

After getting the answer that it could be eaten, Cardazzo picked a cucumber, rubbed it, and took a bite.

The fresh cucumber is crisp and cold in your mouth. In this hot desert, eating a bite of fresh and juicy cucumber is a unique experience.

Hundreds of acres of greenhouses include not only agricultural areas, but also livestock areas. The greenhouses are used to raise cattle, sheep, chickens, ducks, and even fish and shrimps. The model is similar to planting. Both use technology to the extreme, which is very shocking.

To sum up, there are only four words: scientific planting.