Super Learning System to Become a Master in One Second

The reason is simple. As the director of the Energy Research Office, Qin Luo must understand the entire process of energy research.

Before that, Qin Luo didn't know anything about energy research, let alone hydrogen energy.

Fortunately, Qin Luo has a system. After several days of "energy science", Qin Luo has a general understanding of hydrogen energy.

Hydrogen energy refers to the energy released by the reaction of hydrogen and oxygen. As an energy source, hydrogen energy releases heat quickly and has high thermal efficiency. Burning 1G hydrogen can release 14*100000J of energy, which is three times that of burning gasoline.

At present, the method of extracting hydrogen energy can be roughly divided into three categories. The first is to produce hydrogen energy from fossil fuels containing jing. Its main materials are coal, petroleum, or natural gas as raw materials. The basic reflection process is C+H2O→CO+H2, the reaction expression of steam and natural gas can be expressed as: CH4+H2OCO+3H2.

However, the second method is to use the reversible reaction of hydrogen and oxygen to produce hydrogen energy. The most commonly used method in the world is to produce hydrogen under a high pressure of 3.0~5.0MPA, but its only limitation is that the electrolysis efficiency is relatively low. Between 50% and 70%,

Compared with the first method, which uses fossil energy to produce hydrogen energy, the second method is more environmentally friendly and sustainable. However, due to the efficiency of electrolysis, the production cost is higher. For large-scale hydrogen production, it is not Not cost-effective.

The third type is the production of hydrogen from organisms.

A common practice is to use biologically active enzymes as catalysts to use hydrogen-containing organic matter and water to convert bioenergy and solar energy into hydrogen with high energy density. Compared with traditional preparation methods, it uses a wide range of raw materials and is cheap. However, as far as the current situation is concerned, biological preparation methods are in the exploratory stage, and there is still a long way to go before large-scale production.

Each of the three preparation methods has its own advantages and disadvantages, neither can it be said that it is better or worse.

Qin Luo pondered for a long time, and finally drew a circle on the hydrogen-oxygen reversible method.

Compared with the third biological preparation, hydrogen and oxygen reversible only need to improve the electrolysis efficiency, and it can be prepared on a large scale!

But how can we improve the efficiency of electrolysis?

Qin Luo's brain cells began to die in large numbers.

After half a year of careful exploration, Qin Luo has roughly summarized the law of triggering the system.

First, start randomly.

Second, conditional triggers, such as being nominated for a certain award, or participating in a certain contest, will automatically trigger the system.

If the first two are passive triggers, then the third is active triggers.

It's just that the trigger conditions are relatively harsh, and it takes Qin Luo's brain cells to trigger the system!

"Tingling bell~"

Just as Qin Luo's brain cells tried their best to think about how to improve the efficiency of electrolysis, the mobile phone in his pocket suddenly rang.

At this moment, Qin Luo's tense nerves instantly relaxed, and his achievements fell short.

"..."

who is it? Which one is unlucky? Call this time.

If possible, Qin Luo would like to slap the caller to death!

Angrily took out the mobile phone from his pocket, Qin Luo's right hand trembled suddenly.

Qin Lin.

My dear old father.

Sure enough, the pit baby regardless of time period or location, only thinking or not wanting.

"Dad, something?" Qin Luo asked tentatively.