Applications of CO2 Gases
Carbohydrate gases are generally colorless, odorless, and non-conductive gases that are encountered in many different fields. These gases, when released from carbohydrate nozzles in their liquid state, are at an average temperature of 78.8 C. They can create a shock effect on objects at temperatures of 70-80 C during manufacturing processes and in the event of a fire. Carbon dioxide gas is also generally 50% heavier than air. In the event of a fire, when oxygen levels drop below approximately 16%, the fire immediately begins to extinguish. The usage areas of these systems are topics of interest. They are generally used in fire classes. Class A fires involve solid materials like wood and paper. Class B fires involve highly flammable liquids such as gasoline and diesel. Class C fires are always electrical fires. Their use is most effective in fire cabinet manufacturing and other various areas. These areas include battery rooms, flammable gas storage, engine rooms, recording device rooms, and electric generator areas. They are also frequently used in engine rooms and hydraulic pump units.
Areas Where CO2 Gases Are Not Used
It should be known that they are definitely not used with substances containing their own oxygen, such as cellulose nitrate, and metals like lithium, sodium, and potassium. They are also not used with metal hydrates such as sodium hydrate, lithium hydrate, and calcium hydrate. Furthermore, they have certain effects on humans. There are different types of fire cabinets. Additionally, the extinguishing concentration can harm human health. At high concentrations, it is generally very harmful to human health, and CO2 concentrations around 3-4% can cause headaches. When this rate reaches around 9%, it generally leads to memory loss, and at around 20%, it usually results in fatalities.
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