Jiang Cheng believes in Zhou Xiao very much, after all, Jiang Cheng's achievements today are inseparable from the efforts of Zhou Xiao and the Origin Group.

Now Zhou Xiao said that he wanted to build a garbage recycling and power generation system, and came up with the corresponding experimental materials and thesis materials.

Jiang Cheng hurriedly found an expert to evaluate, who knew that the expert could not evaluate at all.

Because in the matter of microbial power generation, the best experts are Zhou Xiao and his subordinates.

Although there is a gambling element in it, Jiang Cheng still bets on Zhou Xiao's body.

Compared with those experts invited by Jiang Cheng, they were more willing to believe in Zhou Xiao.

The land can be provided, and the two sides will discuss it together, but Jiang Cheng has a request, hoping to establish a joint venture with the origin group to do this together.

Garbage disposal is fine, but electricity involves energy issues, and Jiangcheng hopes to occupy a certain percentage of the company's equity.

This idea is understandable, after all, energy is related to the safety of a city.

To prepare for the new company, Zhou Xiao dragged Chen Ye over to help.

Chen Ye was familiar with the company's preparations and began to prepare materials.

There is a lot of information and it is complicated, but this is not difficult for Chen Ye.

Zhou Xiao's request for Chen Ye is very simple.

"I set a small goal for the company." Zhou Xiao said.

Chen Ye tried to ask: "Tens of millions of annual profits?" ”

Zhou Xiao waved his hand and said: "We want to monopolize the country's biological waste disposal!" ”

Chen Ye: ......

In the establishment of the environmental protection company, Jiangcheng City gave the green light.

Soon, it was named Lvang Environmental Protection Power Co., Ltd. Waste Disposal and Environmental Protection Company was established.

The company's shareholding is evenly distributed, with Jiangcheng Electric Power Company, a state-owned company controlled by Jiangcheng City, holding 50% of the shares, and Origin Group holding 50% of the shares.

Jiangcheng provides land for the construction of the company, and the current site is located in Dongjiang County, which is located in the east of Jiangcheng.

Jiangcheng to the east is an important passage to the sea, and the Shanghai-Jiangxi Expressway can reach Shanghai all the way, so most of the eastward roads are economically developed cities.

The more developed a city is, the more populous it is, and the more garbage it produces.

Zhou Xiao not only has to dispose of all the garbage in Jiangcheng City, but also has to collect the garbage from the surrounding cities.

Here in Dongjiang County, there is also a waste-to-energy treatment plant, but the scale is not large, and it belongs to Jiangcheng Holdings.

The new microbial power plant only needs to be rebuilt and expanded on a certain scale on the basis of this.

At the same time, Mo Li's team should have perfected the research on the overall power generation of ionized bacteria and the effect of high-energy substances on living organisms, and sorted out the papers.

The first part of the dissertation is microbial waste disposal and power conversion:

In the process of microbial treatment of waste into electricity, the data obtained in the paper is that the calorific value conversion rate can reach more than 70%, which is much higher than the efficiency of general waste-to-energy plants and slightly lower than that of high-efficiency waste-to-energy plants.

But even high-efficiency waste incineration plants cannot avoid air and water pollution. Microbial treatment can completely eliminate contamination.

He may release a certain amount of gases such as carbon dioxide, but not toxic gases such as dioxins.

In addition, after the death of ionized bacteria, the corpse will be decomposed and absorbed by other ionized bacteria to the greatest extent, and the use of energy will be maximized, and finally the heavy metal ions that cannot be digested but exist in organic matter must be precipitated to the bottom of the colony pool.

After being treated with digesters and ionizing bacteria, the "sewage" discharged after precipitation is definitely free of organic matter.

After laboratory testing, this water can be used as drinking water directly, and can be discharged directly into rivers.

This waste and wastewater treatment system maximizes the reuse of the city's energy and minimizes pollution.

The second part of the paper, which complements the first part, is microbial waste treatment and synthesis of high-energy organic compounds.

This part mainly describes the synthesis of high-density and high-energy organic matter by alien digestive bacteria using small molecules of organic matter, carbon dioxide, carbonate ions and other substances.

The organic matter can be said to be a pure energy block, because there are very few impurities and indigestible substances in it, so if the amount of supply is the same as the amount needed by the raised pigs, the pigs can basically completely absorb the food.

Energy blocks maximize the raw-to-feed conversion ratio.

The definition of pig-feed conversion ratio is that for every pound of feed given to pigs, pigs can grow several pounds of meat.

Moreover, the experiment also found that the proportion of body fat on the body of pigs eating energy blocks is the most perfect, the most scientific, and the fastest development.

But because the cycle is less than a year, I haven't eaten pork yet, and I don't know what the taste of pigs raised with energy blocks is, but according to this body fat ratio, the taste should be very good.

That's what the paper is all about, published in the latest issue of Biomedical Technology, an academic journal sponsored by the Origin Group.

There was also a part of the paper that was written and handed over directly to Zhou Xiao and was not published.

This part of the content is the cost of microbial waste disposal.

That is, what is the cost of each kilowatt-hour of electricity, and what is the cost of not producing a kilogram of energy block.

This thing is a trade secret of the Origin Group.

But Zhou Xiao was quite satisfied after getting the data!

Of all the costs, the most expensive is not the cost of colonies! (The laboratory has improved the production and propagation process of colonies, and the colonies are exponentially multiplied at a pitifully low cost), and the most expensive cost is actually the labor cost.

This is acceptable in the laboratory of Jiangcheng Institute of Technology, but it is completely unacceptable in the promotion and application.

What does the lab need to do manually?

Manual forklifts or trucks dump garbage after shipment, use machinery to salvage solids in colonies, replenish colony ponds, clean colony ponds, etc.

These are currently all done manually.

However, manual operation is not only costly, but also has great hidden dangers.

If a worker is not in a standardized operation and accidentally planted in the colony pond, then the worker will probably be left with only white bones.

The effect of strong digestive bacteria is so powerful, and it is not much better than concentrated sulfuric acid.

A laboratory is a laboratory, and practical application implements practical application.

All the test personnel in the laboratory are highly trained and have rich experimental experience, but this is not the case with the workers hired in the actual application.

The best way is to reduce manual labor, pure mechanization and intelligence, which can be left to the source code.

A few days later, Biomedical Technology officially published the paper.

The Origin Group's paper has once again caused a stir in the academic community, and has even attracted strong attention from many overseas countries.