Chapter 170 (1/2)

A lot of information in the office is confidential, so director Gao's method is that it is shredded or burned by a paper shredder and will not be sold as waste.

Director Gao finally found biomedical technology in a pile of waste paper.

He directly saw the paper of digestive bacteria on the cover, which should be the paper said by Li Yude.

Director Gao was in a cold sweat and his back was soaked.

According to Li Yude, this paper should be very important.

It has been nearly two weeks since he received the journal, and I don't know whether Professor Li saw this paper two weeks later.

It has happened. Director Gao has to pretend that he doesn't know about it. He continues to bury biomedical technology in the cardboard box containing waste paper, and then quickly asks the people in the logistics department to contact biomedical technology magazine to subscribe to the journal.

After extensive discussion, Li Yude's team decided to go to Jiangcheng to see the actual performance of digestive bacteria.

Li Yude also reported great sincerity. This time, he went to Jiangcheng with his team's research data on the earth's environment, especially plastic pollution. He just hopes to introduce the technology of origin technology into his research.

If digestive bacteria really leave as the paper says, it will greatly enrich Li Yude's research results and even explore a new way to protect the environment.

Li Yude was very excited. He knew what it meant.

It means great scientific research achievements, honors one by one, the first time in the world, and success! It also means that global waste treatment will lead to a revolution in new technology, and behind it is the output value of 100 billion!

All this is worth Li Yude going to Jiangcheng!

Professors of biology and environment such as Xiaguo University of science and technology and Kuaiji University also have this idea. They also suddenly found the paper digestive bacteria after receiving the professional consultation letter from relevant departments.

Jiangcheng, origin technology, Zhou Xiao's office.

Professor Guo of Jiangcheng University of technology came with biomedical technology and the school enterprise cooperation program of the college.

The application of digestive bacteria has been approved by relevant departments, but it is only limited to experimental application.

Only after the experimental application has achieved results can it be popularized on a large scale.

Because digestive bacteria have a terrible corrosive effect on organic matter, digestive bacteria are classified as dangerous. The risk level of ordinary bacteria and viruses is divided into a to e according to their pathogenicity to human body. Digestive bacteria have no pathogenicity to human body, so they can not be divided according to the risk level of ordinary microorganisms or viruses. Therefore, this risk category is a broad term.

In addition, relevant departments also require that in the process of application, origin technology must timely report the situation and fully grasp the situation, and shall not sell or transfer the colonies to a third party at will.

Experimental applications can be large or small, depending on social participation.

Zhou Xiao and Professor Guo have some origins.

When Zhou Xiao was a graduate student at Jiangcheng University of technology, Professor Guo was Zhou Xiao's microbiology teacher.

Professor Guo said seriously: ”we plan to take Jiangcheng urban area as the experimental sample and suggest a complete set of garbage and sewage treatment system...”

In the research results of origin science and technology, there are two phenomena worthy of further exploration - temperature difference.

In the application of waste and sewage treatment, the temperature difference of bacterial solution is 20 degrees to more than 30 degrees.

That is, when the decomposition of garbage reaches the extreme, the temperature of bacterial solution can reach 60 degrees or even 70 degrees from 40 degrees.

With a temperature difference of 30 degrees, Seebeck effect and thermoelectric effect can be used for power generation.

That is, the compass composed of two metals will produce changes in the magnetic field under the change of temperature.

Magnetism generates electricity.

Although it is debatable how much electricity can be generated by a temperature difference of 30 degrees, it is always good to try more.

The second phenomenon is the collection and utilization of heavy metals.

After the digestive bacteria decompose the organic matter, most of the inorganic salts and non-ionic metal substances sink into the bottom.

Direct recycling of metals is not a big problem.

The ionic heavy metals will be adsorbed on the colonies. After the colonies die and sink to the bottom, the metals will still be adsorbed on the colonies in the form of particles.

Zhou Xiao's laboratory has a set of data. Taking the copper content attached to the colony body as an example, if the colony body is regarded as a mine, its copper content per unit mass is much higher than that of the mine with the largest copper content in the world.

Garbage recycling can go another way on digestive bacteria.

Jiangcheng University of technology is Zhou Xiao's alma mater anyway, and the other party did help when the symbiotic protein paper was published last time. In addition, this time the school came forward, Zhou Xiao still gave Jiangcheng university a face.

After detailed negotiation, Yuanyuan science and technology prepared to establish a microbial environmental protection laboratory with Jiangcheng University of technology, jointly set up a municipal waste treatment project, and jointly explore the application of digestive bacteria.