The richest man starts with black technology

"Oh!" Mo Li's mouth became salty.

Thinking of the dead mouse just now, my heart felt even more nauseous!

Why the life of my own experiment is so difficult.

But the food was already in his mouth, and Mo Li still chewed symbolically.

how to say?

The taste is not good, but it is not bad either.

It's like a relatively dry ham sausage.

Mo Li swallowed the energy block in his mouth, then rolled his eyes at Zhou Xiao.

Everyone asked curiously: "How does it taste?"

Zhou Xiao said: "This question is very good! How does it taste?"

"Come here, everyone has a share, and everyone will know how it tastes after a taste."

Sure enough, don't talk too much, don't be too curious.

Everyone felt disgusted and felt that they were going to die.

The energy block is compressed and dried. It is fine to break the corners, but it is more difficult to divide into blocks.

Fortunately, the laboratory prepared a knife. Zhou Xiao divided the energy block into five equal parts. Everyone had a share and everyone could taste what it was like.

Although Zhou Xiao didn't force her to eat at home, in everyone's opinion, Zhou Xiao's distribution of food is similar to the leader asking you to drink.

Do you eat or not?

If you don't eat it, you won't give Zhou Xiao face, of course you have to eat it!

The men are okay, so they put them in their mouths and chew slowly.

Dean Guo nodded repeatedly and said, "The taste is okay, it's not that bad."

The little girls are very embarrassed.

The most difficult is Xia Ying.

She picked out the dead mouse, then watched the dead mouse, and was thrown into the colony pool until it turned into food...

Now this food is going into the mouth.

Xia Ying's heart was bursting into tears, she felt so difficult.

Finally ate it.

"The taste is still ok."

"This should be high-energy food, and people can completely treat it as a staple food."

Everyone expressed their opinions.

Zhou Xiao finally said to Mo Li: "When processing the high-energy energy block, your process is optimized. The energy block has a salty taste. You can see if you want to retain the salty taste or take the salty taste and add a little sweetness. It is made into energy biscuits, of course, it can also be steamed and eaten like steamed buns."

"The ratio of nutrients to the energy block can also be worked out in terms of technology and equipped with the protein, fat, etc. required by the human body. Can this be done in technology?"

"Of course!" Mo Li said, "These techniques are not difficult."

Zhou Xiao thought of a question and said: "Don't Jiangcheng University of Science and Technology still have food engineering students? You can let them all participate and work together to find a way to make the taste of the energy block easily accepted by everyone."

"After you improve the craftsmanship and taste, we will open a window in the school for students to try new things. We also raise a few pigs in the garbage dump to see if the pigs can grow healthily if they only supply energy."

Come on, let’s do it now. Garbage disposal, food processing and power generation all work together!

After tasting the energy block, everyone is most concerned about the issue of power generation.

Most of the high-energy substances that have not been dried and compressed are directly put into the grids of different ionizing bacteria pools.

Ionizing bacteria began to use high-energy materials to generate electricity.

Mo Li and others are anxiously waiting for the data.

The experimental team will also compare two sets of data-the amount of electricity generated by ionizing bacteria and the amount of electricity generated by garbage burning.

A ton of rubbish adjacent to the rubbish has been taken by the experimental team to the waste incineration power plant more than 100 kilometers away from Lijiangcheng University of Science and Technology.

Origin Group has spent a lot of money to let the power plant specifically test how much electricity can be generated after a meal of garbage incineration.

Soon, the data from the laboratory came out.

The laboratory uses waste to generate 570 degrees.

The waste incineration treatment power plant generates 320 degrees of electricity from burning a meal!

Even if the small waste incineration power plant in Jiangcheng has old equipment and relatively high power consumption, the laboratory was shocked after obtaining this data!

That is to say, the use of microbial colony pools to generate electricity can obtain more electricity than direct incineration.

This illustrates several problems.

First, part of the heat in waste incineration is consumed naturally and not supplied to power generation equipment.

Second, the efficiency of waste incineration generators may not be as high as that of ionizing bacteria generators.

Third, the use of colony power generation is not only more environmentally friendly than direct incineration power generation, but also has a higher power consumption.

The laboratory has found the most perfect way to deal with municipal solid waste.

However, this method can only assist the city in processing garbage, and cannot be fully used for power generation.

Because the calorific value of waste and standard coal is still too far apart.

One ton of standard coal can generate more than 3,000 degrees of electricity, which is more than that of waste-to-energy.

The small waste treatment power plant in the laboratory can power some office buildings but cannot power the entire school, because the daily power consumption of Jiangcheng Polytechnic is more than 10,000 kWh, which is terrible!

It is indeed over 10,000 degrees. This is the data that Zhou Xiao checked at school.

In other words, it takes about 20 tons of garbage to be processed every day to ensure the school's use.

But obviously, there is not enough garbage here.

If a large-scale microbial waste power plant is built and all the garbage in Jiangcheng is treated here, then the electricity will be sufficient.

Mo Li had already prepared his homework before and got some credible data.

Megacities such as the Shanghai stock market generate about 20,000 tons of garbage every day, most of which are household garbage.

Even if it is calculated based on the power generation capacity of 500 kWh per ton of garbage, the garbage in the Shanghai stock market can generate 10 million kWh, and the daily electricity bill can receive about 4 million.

The Shanghai stock market consumes 320 million kilowatt-hours of electricity a day, or 320 million kWh.

If all waste is used for power generation, power generation can account for 3.12% of power consumption.

This is a very impressive number!

There is a garbage disposal fee for garbage disposal in Shanghai Stock Exchange, and a sum of money can be collected here.

Using waste to generate electricity can charge electricity bills, which is another sum of money.

Zhou Xiao feels that he is rich!

Jiangcheng has a population of 7 million and consumes about 5.8 million kWh of electricity per day. It is also possible to build a large-scale microbial waste treatment power plant to replace the electricity of some small thermal power plants at a time.

If Origin Group still has some ambitions, it will say to the surrounding cities: "You bring all the garbage to me, and I will help you deal with it."

Then Jiangcheng can even become a major power generation province in Xia!

This plan is completely feasible. After all, a lot of garbage can no longer find a place to dispose of it. Last time the Shanghai stock market was dumped in Taihu Lake by the residents around Taihu Lake.

In large cities where every inch of land and money is rich, garbage disposal is a very headache.

Today's experiment basically declared a success.

Microbial waste treatment plants can be promoted and applied.

Mo Li and his team will continue to work here, continue to observe the process and details of microbial waste treatment, and then complete the paper.