What is carbon dioxide gas blasting?
Carbon dioxide gas blasting is a process technology that uses carbon dioxide gas as an energy source to produce gas blasting through chemical reactions under high temperature and high pressure, thereby destroying the surface of hard objects such as rocks and concrete, and achieving the purpose of crushing, cutting, and cleaning.
CO2 gas blasting technology has many advantages. First of all, it does not produce harmful gases and does not pollute the environment. Secondly, carbon dioxide gas blasting has higher energy and faster speed, which can efficiently break and clean hard objects. In addition, the carbon dioxide gas blasting process technology is simple, easy to operate, safe and reliable, and has good economic and social benefits.
The basic principle of carbon dioxide gas blasting is to inject liquid carbon dioxide into the blast hole, and then make the carbon dioxide gas undergo a chemical reaction at high temperature and high pressure through heating and pressurization, producing a large amount of energy, and eventually resulting in gas**. During the blasting process, the high-temperature and high-pressure carbon dioxide gas expands rapidly, generating a strong impact force that destroys the surrounding rocks, concrete, and other hard objects.
Carbon dioxide gas blasting technology is widely used in various fields, such as mining, metallurgy, construction, environmental protection, etc. In the mining sector, carbon dioxide gas blasting can be used to crush and clean ores, rocks, etc.;In the construction sector, carbon dioxide gas blasting can be used to demolish buildings, crush concrete, etc.;In the field of environmental protection, carbon dioxide gas blasting can be used to clean up garbage, crush waste, etc.
In short, carbon dioxide gas blasting is an efficient, environmentally friendly and safe process technology with a wide range of application prospects. With the continuous development of science and technology, carbon dioxide gas blasting technology will also be continuously improved and improved.