In the conference hall of the Spark Technology Research Center, scientists related to the Blue Ocean Project such as Zhou Yu and Feng Yunde, as well as specially invited architects, sociologists and other relevant experts to discuss the planning of the water city.

Feng Yunde first introduced: "The total carrying mass of our water cities is from 3 million to 10 million tons.

It covers an area of ​​about 1,000 square kilometers, including the seabed hydrogel colloid, which is almost the area of ​​a small county town.

It can carry about 200,000 people to live normally.

The characteristics of a water city also determine that the city's buildings should not exceed 20 meters, and the building materials used are lightweight building materials."

Many experts constantly discuss the city's planning based on the characteristics of the water city.

Everyone has their own ideas and the solutions proposed are all kinds of strange ones.

Zhou Yu saw this discussion method and it took a long time to waste. He directly suggested: "The first water city is mainly to verify the functions of the water city and will not carry out complex underwater operations.

The main purpose is to make water cities have a self-circulation function, and the most important thing is to solve the problem of food, clothing, housing and transportation, and mainly develop the primary industry.

Plan the blueprint for the entire city with this goal.”

If a city wants to survive, it must be able to provide citizens with essentials for survival. Food, clothing, housing and transportation are essentials for people to survive.

More high-end necessities are entertainment, education, medical care, etc.

Wang Xiaoxiao looked at everyone with a proud expression on her face and said, "Our Gene Research Institute can solve the most important food problems.

Through gene editing, we have developed food crops that can be grown on the sea surface and fish that are convenient for tank farming.

These foods are rich in variety and can provide a rich source of food for water cities without requiring external supply.”

Zhou Yu praised: "Director Wang's project is very outstanding. With enough food, it can solve the most difficult problems in the water city. Water and food can solve it, and the remaining problems are not difficult."

With the food acquisition solution provided by the Gene Research Institute, the food and water supply problems in water cities will be completely solved.

Desalination plants can provide abundant freshwater resources for water cities.

If water and food are solved, water cities will basically solve self-sufficiency. Even if they are disconnected from the outside world due to special circumstances, they can persist for a long time.

Liu Jing smiled and said, "Neutral communication satellites can now cover all parts of China.

Our Mechanical Research Institute has developed amphibious intelligent robots that can move freely in shallow water.

They are made of organic polymer materials. The material itself has strong hardness, low density and light weight, which is suitable for this place on the water city.

The artificial intelligence Xianghua conducts command. The intelligent robot can act as a cleaner in a water city, a teacher in a water city, and a doctor in a water city.

Just deploy a small number of managers and doctors and teachers, public services can be built for the city on the water.”

Experts address the characteristics of water cities that are mainly based on the primary industry.

Taking into account the natural environment at sea, and according to the characteristics of the floating city on the sea, they will design the architectural format of the water city and plan various areas of the water city according to the slightly undulating sea level state.

Aquatic cities have a certain slope, which is higher in the middle and lower around it. This is to discharge urban water accumulation caused by rainfall as soon as possible.

The sea is often filled with wind and rain, and the ocean is also windy and rushing. Even if the buoyancy material in the water city is two meters higher than the horizontal surface, sea water often flows back into the water city.

It is precisely because of these characteristics that determine the essential difference between water and land cities.

When people live in water cities, they must wear bionic fish gills to prevent drowning due to sea water backflow or accidental fall into the water.

As long as people wear bionic fish gills and place them around the water city, they can quickly react to rescue.

All architectural styles in water cities are not clear in edges, but are arc-shaped transitions.

It is to prevent sea water from pouring back, accidentally rushing people away and hitting buildings, causing secondary damage.

Water City has its own unique clothes. This material is made of organic polymer material polyglutarate waterproof and breathable fiber, and is one of the important inventions of the Blue Ocean Project.

The clothes it makes are called waterproof clothing, which is breathable and waterproof.

It is very comfortable to wear waterproof clothing and can prevent water from pouring into the clothes.

Now the technology of carbon dioxide to form ethylene and remanufacturing organic polymer materials is very mature.

Water City has its own waterproof and breathable fiber factory, which can produce various forms of waterproof clothing, and the price is very cheap.

The buildings in water cities are generally three-story buildings with a height of about 12 meters.

The bottom floor is a hollow floor with a height of 5 meters. This floor only places items or raises some family pets, and does not live in people.

Super buoyancy materials will slightly fluctuate with the wind and waves on the sea, and the wind and rain on the sea surface are strong, and winds and waves that are more than ten meters high are also very common.

This hollow floor is mainly convenient for rainwater and seawater to pass through. It is also composed of hydraulic beams and columns. Through the adjustment of hydraulic machinery, people living in the building cannot sense the up and down fluctuations of super buoyant materials.

The style of the building is also different from that of the onshore buildings. The building is a polymer mixed material, with very light weight and excellent waterproofing performance.

The roof of a building is not flat, it is the structure of a room, which facilitates rain or sea water to flow down the roof quickly.

The overall planning of a water city is that areas where human activities are frequent are located in the center of the city.

For example, residential houses, management institutions, hospitals, and schools.

More important places are close to the city center, such as food processing factories, scientific research centers, desalination factories, and various industrial factories.

The outermost layer is some functional facilities and entertainment facilities.

Such as wave breaking dams, city parks, zoos and other facilities.

The transportation facilities of water cities are also very distinctive as water cities.

There are only two types of transportation, electric vehicles and rail trains.

Electric vehicles are amphibious electric vehicles. They are not only driven on the road. The variable track wheel can also become a propeller and drive in water. The maximum diving depth is 10 meters, but amphibious electric vehicles generally only drive on the water surface.

Rail transit is a subway with fully enclosed pipelines and does not use magnetic levitation.

Magnetic levitation requires the arrangement of magnetic levitation equipment on the track, which is a high-current device. Once the seawater in the city flows backwards on the water, if leakage is found, it is to be a powerhouse in the water.

The subway also uses particle batteries to power, but the particle batteries are in the subway carriage. Even if sea water pours in, there is enough time to cut off the power of the particle battery.

Zhou Yu saw that the basic plan for water city was basically completed.
Chapter completed!