Is reversible ozone exhaustion?

Wouldn't it be nice if we could use all ozone at Earth's level, gas emitted by cars and fossil fuel combustion that causes smog and subsequent health problems, and release them to the atmosphere to reverse ozone exhaustion? Theoretically it is possible, but the logistics is extremely complicated and does not bring any significant results. However, it is possible to reverse the exhaustion of ozone in other ways, but this includes the lifestyle and political changes of countries around the world. UV rays are absorbed by ozone before reaching the troposphere; the lowest part of the Earth's atmosphere. The amount of normal ozone found in the stratosphere, part of the atmosphere sitting just above the troposphere, is 1 million ozone molecules per 10 million air molecules.

Ozone exhaustion or ODS is a general term for different types of chemicals produced by a person who are responsible for ozone exhaustion. In fact, 85% of ozone exhaustion is the result of human activity, where only 15% are caused by natural causes. ODS chemicalsThey include chlorofluorocarbones or CFC, halons, methyl chloroform, carbon tetrachloride and methylbromide.

These chemicals, all of which contain chlorine atoms, react with ozone and divide three oxygen molecules that form ozone. Only one chlorine atom is responsible for destroying more than 100,000 ozone molecules before the life of chlorine atom.

CFC are the main cause of ozone exhaustion. Many countries agreed to reduce or disable the production of materials made from or from CFC. This decision was the first major attempt to reverse the exhaustion of ozone and was the result of the 1987 Montrealprotolk.

In the absence of harmful human activities, the stratospheric ozone is naturally distributed and naturally complemented by the same pace. The problem is that CFC and other harmful chemicals are released into the atmosphere faster than ozone naturally, leading to serious depletion of ozone. In addition, the chemicals produced on the surface of the Earth's market last for about five to ten years before they reach and destroy the stratospheric ozone. As a result, despite the efforts to stop ozone exhaustion, it deteriorates before it improves.

worldwide efforts to stop using chemicals to exhaust ozone can reverse ozone exhaustion. If harmful chemicals are not produced, the natural process of ozone production is expected to reverse the past damage caused by ozone in approximately 50 years. But we will not have this opportunity forever. At some point, the damage will be so serious that the effects of ultraviolet radiation will cause so many damage to people, animals and plants that we will experience serious secondary environmental problems.