Enter information.
Fill in the data.
The design drawing brought by Chen Luguang was used as a blueprint for optimization.
Reset accuracy: 0.2UM!
Swing accuracy: 1UM.
Working range:8000XMM.
…
After carefully checking all the data and confirming that there was no problem, Liu Chi pressed the start button.
start!
I glanced at the scroll bar above.
28 hours?
So long?
After confirming that there was no problem, Liu Chi left the control center and returned to his office.
Since I'm bored, I might as well study what Su Mingdong said last night.
Liu Chi picked up the pen and drew two A4 sheets to make an appointment!
Write down:
Waste incineration;
It is a process in which garbage is oxidized at high temperature to reduce its volume and become residue or molten solid matter through appropriate thermal decomposition, combustion, melting and other reactions.
Decompose heavy metals, organic pollutants, etc., and generate heat, exhaust gas, etc. during incineration.
Causes great environmental pollution;
Although there have been great improvements now, this is still a temporary solution and not a permanent cure.
Moreover, the construction of a large or medium-sized incinerator can easily cost 1 billion yuan, and the environmental protection treatment cost after it is completed and put into operation is about 300 yuan per ton.
It is questionable whether the current practice in some cities in China of incinerating one ton of domestic waste at a cost of dozens of yuan is truly in accordance with environmental protection procedures.
Of course, until there is a better solution, incineration is indeed a good solution.
In modern society, waste incineration has become an important part of the circular economy;
The entire waste incineration is divided into 10 components;
1. Incoming garbage metering system;
2. Garbage unloading and storage system;
3. Garbage feeding system;
4. Waste incineration system;
......
Liu Chi also conducted a detailed study of modern waste incineration design.
It seems that it is not impossible. The key lies in how to classify and how to extract recyclable materials at high temperatures.
As long as these two problems are solved, the problem should not be too big.
We need to study it carefully.
Time is like a comb.
Half a day passed in the blink of an eye, and Liu Chi sorted out the design principles of garbage classification.
Because each metal has a different melting point;
To put it simply, it is to use the temperature difference to directly sort out some metal raw materials during the incineration process, thereby achieving the purpose of classification.
But I am stumped as to how to classify it.
If you want to sort them together, there is a big problem: the melting points of many non-recyclable garbage are similar to those of some metals.
That means that before the incineration process begins, classification must be carried out first?
It seems unreliable!
etc......
Liu Chi's mind suddenly lit up and he wanted to slap himself.
Why can't it be incinerated all at once?
All non-recyclable garbage can be processed at one time, and the harmful gases can be directly decomposed into harmless gases in a high-temperature furnace before being discharged.
In this process, plastics and other materials are directly burned into gas, and harmful substances in the gas, such as sulfur, are decomposed again. That would be enough.
That's it.
Liu Chi slapped his thigh.
I gave myself a thumbs up for my wit.
If the decomposition doesn’t work once, try it twice. If that doesn’t work, try it three times. If more than a few times, it will be done.
For example, the first time it decomposes sulfur dioxide, the second time it decomposes sodium chloride, potassium chloride, and so on.
It is even possible to carry out multiple decompositions in one high temperature furnace.
This depends on the detection system and control system.
......
By the time Liu Chi had prepared all the information, another day had passed!
Glancing at the time!
15:28 pm, May 29th.
The super-large and super-high-precision CNC machine tool has been completed by now. I haven't had time to go there because of the garbage disposal system. Now that it's done, I can finally go and see it.
If everything goes according to schedule, it should be ready this morning.
Five minutes later, Liu Chi came to the control center with a USB flash drive, looked at the scroll bar that had not yet finished, and blinked?
???
What's going on?
Isn't it 28 hours?
It has been almost 48 hours since the afternoon before yesterday.
How come the scroll bar progress is only a little over halfway?
Something went wrong?
Liu Chi came to his senses, quickly picked up the mouse and paused the game.
Click on the data.
An hour later.
Liu Chi slapped his forehead helplessly.
It seems that this automatic design system cannot work without an Internet connection. Many public data cannot be obtained without an Internet connection.
Such as material expansion index, temperature control and so on.
Now it's stuck directly!
This is not like the battery production line designed last time. The battery production line has ready-made machine tool data and can be directly called. At most, the working method can be slightly adjusted.
Not a big problem
......
Liu Chi picked up his phone and called Jiang Yu. After the call was connected, he said directly: "Jiang Yu, immediately arrange for someone to open a dedicated optical fiber with high traffic to Building 15."
"Large traffic? The office building has 1000M optical fiber, can it be distributed over there?" Jiang Yu didn't react for a moment and asked instinctively.
"No, just open a separate line." Liu Chi shook his head.
"Okay, boss, how big do you want?" Jiang Yu realized at this moment that Building 15 was equipped with four units (Taihu Light), and the data used could not be handled by a small network cable.
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