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[Chemical Knowledge]：Specification for storage and transport of methyl acrylate nitrile

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Acrylic acid methyl ester nitrile in the field of chemical production raw materials in the safe storage and transportation specifications

1. Introduction

acrylic acid methyl ester nitrile is a common chemical raw material, widely used in the manufacture of polymers, synthetic fibers, plastics and other fields. However, due to its flammable, toxic, and irritating properties, strict compliance with relevant regulations is required during storage and transportation to ensure its safety. This article will detail the safety storage and transportation specifications of methyl acrylate nitrile. Hazard
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2. methyl acrylate nitrile
methyl acrylate nitrile is a colorless and transparent liquid with strong irritation and toxicity. The main hazards include:

1. flammability: acrylic acid methyl ester nitrile flash point is low, easy to burn, fire may occur when encountering fire or high temperature surface.
2. toxicity: methyl acrylate nitrile toxic effects on the human body, prolonged exposure or inhalation of its vapor may lead to poisoning.
3. Corrosion: methyl acrylate nitrile is corrosive to metal, rubber and other materials, which may cause damage to containers and pipes.

3. the storage specifications of methyl acrylate nitrile

In order to ensure the safe storage of methyl acrylate nitrile, the following specifications need to be observed:

1. The storage place should be dry, ventilated, cool, and away from open flames and heat sources.
2. The storage container should be made of corrosion resistant materials, such as stainless steel or glass fiber reinforced plastic.
3. During storage, the tightness and integrity of the container should be checked regularly to prevent leakage.
4. The storage site shall be equipped with corresponding fire-fighting equipment and leakage emergency treatment equipment, so as to deal with the accident in time.

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2. In the process of transportation, the sealing and integrity of the container should be ensured to prevent the occurrence of leakage accidents.
3. Avoid high temperature, open flame, static electricity and other dangerous factors during transportation to ensure transportation safety.
4. Transportation vehicles shall be equipped with corresponding fire-fighting equipment and leakage emergency treatment equipment, so as to deal with accidents in time.

5. acrylic acid methyl ester nitrile leakage emergency treatment

in case of acrylic acid methyl ester nitrile leakage accident, should take the following emergency treatment measures:

1. immediately cut off the leakage source, close the corresponding valve or take other measures to prevent the leakage continue to spread.
2. Use non-combustible materials such as sand and dry lime to absorb the leakage and collect it in a closed container.
3. For a small amount of leakage, a large amount of water can be used to flush the leakage and leakage location; for a large amount of leakage, a dam or pit should be built to accommodate, and foam should be used to cover to reduce steam disasters.
4. Transport the collected leakage to the waste treatment site for safe disposal to avoid harm to the environment and personnel.

6. conclusion

acrylic acid methyl ester nitrile as a common chemical raw material, there is a certain risk in the process of storage and transportation. In order to ensure its safety, it is necessary to strictly abide by the relevant storage and transportation regulations, and take effective emergency treatment measures. Only in this way can we ensure the safety of people's lives and property and promote the healthy development of the chemical industry.

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