As for grazing, Ji Donglai's subordinates changed the manual patrols of other ranches and rode motorcycles to operate various operations, but adopted the latest drone grazing made by one yuan.

"From here, we're going to build 14 base stations and lay the lines along the road. At the top of that mountain, we have to set up a photovoltaic panel matrix and conduct various drone patrols 24 hours a day. ”

"We will implant a biochip in each cow, which is the latest chip developed by One Yuan Manufacturing, which can monitor the physical condition of the cow in real time, including weight, milk production, and when it is appropriate to conceive."

"In the best season, our staff will milk the cows in captivity, and the milk powder production is also very simple, the high-temperature dehydration drying truck is on standby, once the cows are milked, the milk powder can be made immediately, and there is absolutely no adulteration of additives."

Moving to a new home, Xin Li hired a well-known program host in China to advertise the company through Ryyu.

The whole production process of one-yuan milk powder is introduced in detail, natural pasture, mechanical milking, on-site processing, pure natural and pollution-free.

To increase the flow of new traffic for enterprises, from Central Asia to China, the output of milk powder from Donglai in the current season has steadily occupied the top three, and METRO named the dairy supplier.

Several large supermarkets abroad, now also named the dairy products of the one-yuan ranch, and now the enterprises are selectively entering, with the rise of online sales, every day on tons of milk powder, simply not a few cans in the big supermarket.

"Mr. Ji, this is our latest research achievement, and of course, it is also based on the basic results of your previous research. Wave cracking rubber and plastic materials, we used wave cracking in cracking coal and oil this time, and now it seems that the effect is very good. ”

This is our analysis of the physical properties of the chemical composition of coal, because different components in coal have different dielectric properties and different microwave absorption capabilities, so we can select the band for each element.

Using microwave radiation and selective heating, coal desulfurization can be realized, and variations in coal characteristics can be avoided. Microwave radiation has a significant effect on the removal of inorganic sulfur and organic sulfur from coal.

In the past, we used thermal cracking to remove organic sulfur, especially inorganic sulfur. Not only are there many by-products, but it is also difficult to dispose of the impurities in it at one time.

The use of microwave processing saves at least five steps in the process, and although the technology is a little more complicated, the cost is reduced a lot.

In addition, microwave can improve the magnetic properties of pyrite in coal, thereby effectively improving the removal rate of inorganic sulfur.

97% of the inorganic sulfur can be removed by microwave radiation of raw coal under inert atmosphere and cleaning with hydrochloric acid.

After microwave irradiation of the raw coal, peracetic acid was used for cleaning, which improved the desulfurization rate of the coal.

In addition to being used directly for microwave desulfurization, microwaves can also be used in combination with other desulfurization methods, and we are now investigating ultrasonic, magnetic separation, and chemical methods.

We have already achieved success in the laboratory with these methods, and the next step is to apply for the establishment of a standardized cracking furnace at the Khorgos Monochemistry side to establish a complete production line.

Comparing this production line with the original traditional pyrolysis, once successful, our original pyrolysis production line can be fully upgraded, so that the cost of our coal chemical products can be reduced by one percentage point.

In addition, we are now conducting experiments on Sakhalin oil, also using microwave cracking technology for petroleum cracking, and now we find that this technology can significantly improve refining technology and directly catch up with European and American countries.

In the small conference room of the one-yuan manufacturing headquarters, a technician held a laser pointer in his hand and talked eloquently in front of several shareholders below.

Wave cracking technology is the new direction of the company's development, and many people are now focusing on this aspect.

Sun Pengfei was also accidental this time, the other party had just returned from the site of One Yuan Chemical in the previous stage, and then he was transferred to the wave cracking project team, which was a seamless connection.

Both rubber and plastic are by-products of mineral products.

Microwaves are capable of cracking these two products, but what about the source products?

Sun Pengfei then directly applied for the project, sat in the group's archives for half a month, combined with his own experience to study the process and drawings of the coal chemical industry, and finally formed his own ideas.

applied with Gan Ping, Gan Ping checked all the information, and felt that it was feasible, but the funds involved in it were too large, and the other party and Ji Donglai spoke directly over there, which led to today's lecture.

Ji Donglai looked at the PPT quietly at this time, thinking quickly in his mind. Especially when it comes to coal chemical industry, Ji Donglai has been doing farther and farther.

This is something that Ji Donglai himself didn't expect, after all, Ji Donglai was just making equipment at the beginning.

Now these things are involved, and the manpower under them is obviously insufficient, after all, if the referee and the player are all at the same level, or even standing together, it is easy to have big problems.

As a top student of Capital University of Technology, Ji Donglai agreed with Sun Pengfei's every content, among which the shortcomings of pyrolysis are very obvious at present.

In particular, the inertia of thermal cracking is particularly large, which is a headache for all engineers.

Using the cooling system to accurately control the heat is actually throwing away the excess heat, which will increase the burden on the equipment if it wastes energy.

The most important thing is that in the pyrolysis process of the heated product, the temperature must be changed at any time, and the pyrolysis often has a serious hysteresis, so every pyrolysis plant will always be turned on, unless there is a failure, it will never stop.

The microwave pyrolysis inertia is small, the temperature and pyrolysis process are easy to control, the pyrolysis product yield is high, and the content of CO and H2 in the pyrolysis gas is high, which can effectively improve the utilization rate of coal resources and improve the quality of tar.

Pyrolysis is the thermochemical decomposition of hydrocarbons (or organic matter) at oxygen-free high temperatures to produce tar containing a variety of components, coke used as fuel, and gas.

Coal gasification, liquefaction and pyrolysis are effective ways to improve the clean utilization of coal, and the pyrolysis of coal is the basis of coal thermal conversion technology. Pyrolysis can extract the hydrogen-rich components in coal under mild conditions, which is an important method to improve coal utilization efficiency.

The traditional heating technology is based on the principle of heat conduction, convection and radiation to transfer heat from the outside to the material, the heat is always transmitted from the surface and the inside to heat the material, and there is inevitably a temperature gradient in the material, so the heated material is uneven, resulting in local overheating of the material.

Microwave heating technology through the high-frequency reciprocating motion of dipole molecules inside the heated body, generating "internal friction heat" and increasing the temperature of the heated material, without any heat conduction process, the material can be heated and heated at the same time, the heating speed is fast and uniform, only a fraction or a tenth of the energy consumption of the traditional heating method can achieve the heating purpose.

(End of chapter)