Relevant introduction of ethyl fluoroacetate

Ethyl fluoroacetate its vapor and liquid on the human body's respiratory system with the eye is irritating, and its flammable has certain harm to the environment, if randomly put into the water will cause pollution. When our skin comes into contact with ethyl fluoroacetate, we need to take off the contaminated clothes and rinse them with flowing water. If we come into contact with our eyes, we need to rinse them with normal saline. If we accidentally eat or inhale ethyl fluoroacetate in the laboratory, we need to drink enough water to induce vomiting.

If the steam of ethyl fluoroacetate comes into contact with the outside air, it will form an explosive mixture. When it encounters a high temperature open flame, it will even burn and explode, and its root oxidant will also react chemically. When it encounters high temperature, it will decompose and release some harmful smoke.

The density of ethyl fluoroacetate is heavier than air, so when it diffuses, it will spread from a lower place to a farther place. When it encounters an open flame, it will catch fire. If it encounters high heat, the internal pressure of the container will Increase, there is a danger of explosion or cracking, because it will release some harmful gases during the combustion process. So firefighters are dealing with it. In the process, it is necessary to equip a gas mask or isolation respirator, put on fire prevention and anti-virus clothes, start the fire from the upper air outlet, move the container filled with fluoroethyl acetate to an open place as much as possible, and spray water into it, so as to keep the container cool and achieve the fire extinguishing effect. If the container filled with the chemical product changes color or makes sound, it needs to be isolated, and carbon dioxide dry powder or foam extinguishing agent can be used for extinguishing.

When there is a leakage of ethyl fluoroacetate, it is necessary to evacuate the personnel in the area and isolate and strictly restrict the personnel. When entering and leaving the place, the power supply will be cut off at the same time. Emergency personnel need to wear respirators and cannot directly contact ethyl fluoroacetate to cut off the source of leakage as much as possible to prevent it from flowing into the sewer. If there is only a small amount of leakage of ethyl fluoroacetate, sand can be used for absorption. If there is a large amount of leakage, it is necessary to dig a pit or landfill for storage, transfer it to a tank car or a special collector by pump and transport it to a waste treatment plant for treatment.

After reading the above contents, I think all the readers present here already have a certain understanding of ethyl fluoroacetate. If you are interested in it, you can consult more relevant contents, obtain more chemical knowledge from it, have a clearer understanding of the chemical substances, and reduce the occurrence of accidents in the contact process.