As the days passed, Liu Feng basically maintained a life of three points and one line in the dormitory, canteen and laboratory, except for the occasional time when he couldn't figure it out and went to the library to brush up on books and change his brain, his life trajectory basically did not change.

For the first time since he stepped on campus, his life has been so regular, and it has lasted for almost a month.

All this was unexpected and reasonable.

What he didn't expect was that he would grow so fast, but when he thought that he had a special ability, it was a matter of course.

These days, Lao Meng and Lao Zhou and other buddies in the dormitory knew that he was very busy, so they didn't bother him, even if it was an occasional class meeting, Liu Feng pushed it all off.

As a result, the experiment proceeded in a step-by-step manner within the time frame he had predicted.

The main technology involved in the research of membrane reaction device for propylene disproportionation is actually the research of membrane catalytic reaction, and the key to the research of membrane catalytic reaction is the synthesis of catalytic membrane.

Liu Feng learned through the query of information that the current cutting-edge catalytic membrane research in the scientific and technological community mainly includes inorganic materials, ceramics, and mixed materials, and the catalytic membrane research experiment designed by Liu Feng is mainly to load the catalyst Rh2O3 on porous alumina or quartz glass.

Among them, alumina and quartz glass are inorganic, as the bottom reactive film, their chemical stability is relatively good, acid and alkali resistance, high temperature resistance, organic solvent resistance, high pressure resistance, and microbial erosion resistance is relatively strong.

But because of this, coupling catalysts to them is difficult and expensive.

Therefore, at the beginning, Liu Feng did not consider the coupling method, but the load method.

Of course, theoretically speaking, in order to cater to Boss Duan's review, Liu Feng's original experimental route and steps, that is, the content written in the proposal report, were completely designed in accordance with the conventional state.

The experimental design of the general state mainly consists of two parts:

One part is the research on the support of a series of catalysts Rh2O3 in alumina or quartz glass, and the other part is the research on the catalytic reaction of propylene membranes.

Of course, this is just an experiment in a regular state, don't forget, what does Liu Feng do, he can be open!

It stands to reason that only after the successful development of the catalytic membrane can the membrane catalytic reaction research be carried out, so as to verify and find the best catalytic reaction membrane, but Liu Feng directly combined the two steps into one step, one step in place, which is completely unreasonable.

But who let him hang up?

In terms of cost savings, if Liu Feng divides into two parts to conduct separate experiments, it will not only waste a lot of raw materials, but also waste his limited time.

Therefore, Liu Feng threw the above complicated experimental design directly into the garbage heap without considering it, and he decided to use the help of his ability to carry out the two-step experiment at the same time, and it was done in one step!

In layman's terms, the disproportionation reaction of propylene is a reversible reaction, when the disproportionated ethylene passes through the film, the reversible reaction proceeds in the direction of the formation of ethylene and butene-2.

Liu Feng confined the propylene to a certain space through the supernatural energy, and then divided the amount of catalyst into a linear gradient from large to small, loaded on a fixed amount of alumina and quartz glass, and then forced the propylene to touch the catalyst film, and then the butene generated by the reaction could enter another space through the film.

The former is equivalent to a membrane reaction device, and the latter is equivalent to a collection device.

Finally, by calculating the rate and amount of ethylene generated in another space, Liu Feng can determine which catalyst load is most suitable for the membrane reactor.

The above experiments are both awkward and complicated, and it is impossible to do these things under realistic conditions, but Liu Feng has completed this series of experiments that seem to be both unscientific and difficult to complete.

……

In one week, Liu Feng only took one week to find the most suitable catalytic membrane for the reactor.

At this speed, if the foreign oil companies that have developed membrane reaction devices know, I am afraid that they will be so ashamed that they will jump directly to suicide!

How is this possible!

It's not scientific!

This is simply cheating!

Well, in fact, Liu Feng is cheating......

He found out what kind of scientific research he was doing now, it was not an experiment at all, but a trick!

Even if it were an academician-level master like Duan Xue, it would probably take him a year and a half to complete these experiments alone, not to mention others, and Liu Feng was a guy who completed these things in a few days, what is this not a playhouse?

At this point, the experiment can almost be declared 80% complete, and the next 10%, what Liu Feng needs to do is to synthesize this catalytic membrane through conventional experiments without using abnormal abilities, and then design a reaction device and hand it over to the outside to make it.

As for the remaining 10%, it is the writing of the thesis.

Hey, it's not challenging at all, it's so easy!

Liu Feng thought boredly holding the computer.

This is equivalent to a cheating behavior in which a person directly knows the standard answer to the question in advance when he takes the exam, and then goes through the reverse deduction process of the answer.

The point is, others don't know he's cheating!

Liu Feng was full of emotion.

His behavior is an order of magnitude faster than the step-by-step experimental research, and the manpower, material and financial resources saved in it are even more incomprehensible!

The only drawback may be that there is almost no experimental data for trial and error, so there is too little valid data to fill in the paper.

Of course, the paper can be filled in without those 'wrong way' experiments, less data, as long as the results are correct.

Subsequently, according to the experimental results of the opening reaction, Liu Feng spent another day or two to synthesize enough catalyst films under conventional conditions.

Finally, he used these films to design a rudimentary membrane reactor, carried out more than a dozen disproportionation experiments of propylene, and finally obtained the average reaction results, with an average conversion rate of 91%!

91%, what a concept!

As for the foreign "advanced" membrane reactor, as the rival PetroChina, although they can't get the manufacturing method of the device, the highest conversion rate of the device is very clear: 69%, well, less than 70%, that's all.

Can we also apply for a patent or something?

Liu Feng groped his chin and thought.