What are the advantages of combustible ice compared with traditional energy sources?

It can burn natural gas hydrate, and the one formed by natural gas and water at high pressure and low temperature is the outflow crystalline substance. Because it looks like ice and can burn, it is called "combustible ice", "solid gas" or "gas ice".

In detail, a large amount of organic matter formed in anoxic environment or deep ocean, as well as anharmonic bacteria decompose organic matter, eventually forming oil and gas. Among them, a lot of natural gas has been packaged into molecules, and water can crystallize at a temperature of 2 to 5 degrees Celsius, and this crystal is "flammable".

In the appearance of "combustible ice", it looks like ice, just like a cage. Microscopically, the "cage" is composed of several water molecules. Each cage is "closed" to gas molecules.

It can be launched on the sea and land. At present, the verified taste of human beings is mainly distributed in the permafrost layer on the seabed and land. There are three basic conditions for the formation of combustible ice: raw materials, temperature and pressure. First of all, the temperature should not be too high, and the highest limit is about 20℃, which will decompose again; The second pressure is enough, but not too big, zero, which can produce 30 atmospheres; Third, the ground must be homogeneous, which is natural gas.

It has two main advantages that traditional energy sources do not have.

First, energy saving is fast. Because the content of natural gas accounts for 80% to 99% of ice energy, its purity is about 10 percentage point higher than that of conventional natural gas. 1 m3 combustible ice can decompose 164 m3 methane gas. Under the same conditions, the combustible energy is several times higher than that of coal and oil, far exceeding the standard of traditional energy.

Second, it is very environmentally friendly and burning. Moreover, oil is not toxic pollution, and even more impurities than oil pollute traditional natural gas. Specifically, carbon dioxide and sulfur dioxide can reduce emissions by about 4.33 tons and 0.0483 tons, and harmful substances such as dust, sulfide and PM2.5 basically do not contain lead dust, sulfide and PM2.5, which is a clean energy source.