Rebirth of the God-level Xueba

Yang Rui sits in Guan Shen's former office, holding a newspaper in his hand. It looks like he is experiencing the time of civil servants drinking tea and reading newspapers. In fact, he is searching for articles quickly in his head.

The equipment of the WestJet factory is very new, yes, but the development of the biological field is also very fast. As long as a good plan is made, the production rate of the WestJet factory will definitely increase.

must also be improved.

The combination of Yang Rui, Xibao Meat Factory, and TCM Foreign Trade, in a sense, is tantamount to shouting, "Bastard boss Huang He... We have no choice but to pay the wages with the wallet! The original price is more than 100 The wallets of more than two hundred and three hundred are all sold for only twenty yuan now! All for twenty yuan!! Yellow crane bastard! You are not human! We have worked hard for you for more than half a year, and you don’t get paid! My hard-earned money! Pay me back my hard-earned money!"

National Medicine Foreign Trade's own shipping channels are limited, and the result of finding a medical broker is to make a large profit. In addition, it is hard to say whether Director Hai, who is the manager of National Medicine Foreign Trade at this time, will take the opportunity to make more money. .

These problems are problems that Yang Rui can't solve, just like he can't go into battle with the DuPont Group shirtless.

There are a lot of pharmaceutical brokers all over the world, some of them come and go in the prosperous office buildings in New York or London, and some shuttle back and forth in areas with many wars, penicillin in the 1980s, sulfonamide in the 21st century, Syria in the 21st century, Yan'an in the 21st century, The presence of medical brokers is indispensable, and the purpose of medical brokers is to make money. If you don’t pay money, don’t expect the coenzyme produced by WestJet’s factory to sell well.

Insufficient profits and low output, this is the only place Yang Rui can control.

When it comes to ways to increase the production of coenzyme, Yang Rui has too many in his mind.

As far as the current production line of the WestJet factory goes up, there are several generations of semi-chemical synthesis, and there are several generations of microbial extraction methods. The more powerful chemical synthesis method is the real way to make a drug the price of cabbage. ——However, even in Yang Rui's mind, there is no comprehensive chemical synthesis method that can be used for industrialization.

In short, coenzyme is a product that has been researched by scholars for 30 to 40 years, and the literature is overwhelming. If Yang Rui is allowed to choose, he will be able to increase the production level of coenzyme in two or three years at most. to the mid-s.

In fact, Yang Rui has advanced Zeneca’s coenzyme technology by several years, basically exhausting the technical reserves of Japanese pharmaceutical companies. However, it is different from direct technical improvement to increase production rate with the limited resources of the WestJet factory. , You have improved too much. It takes two to three months to change equipment and pipelines and retrain workers. It is not uncommon for a major replacement to take half a year. Obviously, Zeneca cannot let the WestJet factory fall into his hands for such a long time.

Must be retrofitted under existing conditions.

Yang Rui pondered for a long time.

For him, this is actually a more difficult challenge.

Because it is enough to copy directly for replacement or technological transformation. When you are lazy, you can just leave it alone.

It is troublesome to transform under the existing conditions.

It's like the difference between making TVs and repairing TVs.

To say that repairing TVs is more complicated than producing TVs is certainly not the case, but repairing TVs is really much more troublesome than producing ready-made TVs.

Yang Rui thought about it, and focused on the "catalyst".

Catalysts, as the name implies, catalyze the rate of chemical reactions. Ordinary people have more contact with catalysts for automobile exhaust, such as three-way catalysts for gasoline vehicles. Because rare earths and precious metal rhodium are commonly used, automobile companies often cut corners. The dsR catalyst can also be used for automobile exhaust catalysis, etc.

In general, the use of catalysts is extremely common, and the modern chemical industry is completely inseparable from catalysts.

Enzymes in living organisms are also biologically active catalysts, and various catalysts have long been used in the production of coenzymes.

However, the catalyst is also in the process of development.

The gap of years has caused earth-shaking changes in the catalyst.

Let’s talk about the automobile exhaust catalyst, think about how fast the exhaust of the automobile is, and it can catalyze the reaction in such a short period of time, which shows the high efficiency of the catalyst.

However, such a high-efficiency catalyst is gradually developed, and what kind of catalyst has what effect can actually be regarded as a process of experimentation.

If you visit a university chemistry lab, students will probably talk about catalysts the most.

A certain student developed a certain catalyst and was hired by a certain company with an annual salary of one million!

This kind of story is actually very common.

For example, in the coenzyme workshop of the WestJet factory, the initial single-day output here was over 1 kg. Now, the factory has ordered production and has undergone several transformations. The single-day output easily exceeds 4 kg. The market value is 80,000 US dollars, and the monthly output value million U.S. dollars, and the annual output value exceeds ten thousand.

Not counting all kinds of expenses other than production, and the profits split by sales and other departments, just in terms of production value, if a catalyst can increase the production rate of coenzyme by 5%, the annual production value will increase by ten thousand dollars!

If a student from the chemistry department had the shit luck to make such a catalyst, what would an annual salary of one million be?

Of course, being able to increase the output value by 5% in systematic production is a very heaven-defying catalyst. Normal shit luck can't get such a catalyst, but Yang Rui has a way.

Moreover, compared to optimizing the production process, the modification of equipment is simpler in that the catalysts are basically additive in nature, and it does not take much effort to control the temperature, pressure and flow at most.

Even better, Yang Rui didn't have to mention the type of catalyst at all.

This is a common phenomenon in the domestic chemical industry. Why do some people earn millions of dollars a year? It's because he kept his catalyst recipe a secret.

In many township enterprises, the relationship between engineers and bosses is a battle of wits and courage.

The engineer came to work with a bag full of catalysts, watched the time and sprinkled things in, and then he could go home after two orders, with an annual salary of one million!

At the beginning, the boss would try his best to maintain the relationship because he had earned several million more, but he would definitely become more and more angry.

From the perspective of the boss, I have to invest first and then take risks. I also have to manage a huge factory, run sales everywhere, beg my grandpa to sue my grandma through official channels, and finally make money through hard work, and continue to invest in In the factory, you just sprinkle a handful of additives every day and earn hundreds of thousands or millions?

Basically, in all such enterprises, the boss will try his best to figure out what the catalyst is in the engineer's pocket.

And engineers won't burn their heads, and applied for patents at the beginning, because it is useless to apply, but it is tantamount to publishing their secret recipes.

The engineer must guard the boss like a thief.

For example, when purchasing raw materials, engineers usually have to purchase several more to prevent the boss from guessing their own catalyst combination.

The boss is not stupid, he will go to the garbage dump, and some engineers' secret recipes will be revealed, so they will be kicked away by the boss in less than a month, saying goodbye to the annual salary of one million.

In order not to be turned over in the garbage dump, some engineers will wash away the purchased materials with water, or even react first and then wash away...

Smart engineers can easily get money for several years, until some bosses can't stand it and propose to buy out the secret recipe.

At this time, it is naturally time to make a good price.

In the 1990s, there was such a famous example. A certain gentleman had been paid a high salary in a certain dye factory for many years. The boss wanted to expand his business and was unwilling to be controlled by others, so he bought out at a high price. It is salt.

Salt is very simple, but you have to know where it is used as a catalyst, it is very difficult.

As far as the whole society is concerned, this is a long accumulation process.

For Yang Rui, there are many catalysts he can choose from. However, in order to use the catalyst effectively, it still requires a certain amount of experience, and it may be counterproductive to use it all at once.

After all, chemical reactions are extremely complex.

After much deliberation, Yang Ruisi chose the final step of coenzyme synthesis. During the oxidation reaction, cerium ammonium nitrate was added to catalyze the reduction at 0 degrees Celsius.

After thinking of a way, Yang Rui asked for a car without telling anyone, and went to Pingjiang to buy it.

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