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[Chemical Knowledge]：Specification for storage and transport of glycine

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Safety storage and transportation specification
of glycine
1. Introduction

Glycine is an important chemical raw material, widely used in medicine, food, agriculture and other fields. However, glycine can pose a threat to the environment and personnel safety if stored and transported improperly. Therefore, the purpose of this paper is to explore the safe storage and transportation specifications of glycine to ensure the safety of production and use.

2. the physical and chemical properties of glycine

glycine is a colorless crystal or white powder with a strong sweet taste. It is easily soluble in water, slightly soluble in ethanol, insoluble in ether and acetone. Glycine has zwitterionic properties and can react with acids or bases to form salts. In addition, glycine is also hygroscopic and easily absorbs moisture in the air.

3. safe storage specifications for glycine

1. Storage environment: Glycine should be stored in a dry, cool, well-ventilated indoor environment, avoiding direct sunlight and high temperatures.
2. Storage container: Use a container with good sealing performance to store glycine to prevent moisture and contamination.
3. Storage location: Glycine should be stored at a certain distance from the ground and walls to avoid contact with the ground and walls.
4. Storage identification: Clear identification should be affixed to the container storing glycine, including product name, production date, shelf life and other information.

of safe transportation specifications for
4. glycine
1. Transport vehicles: Special vehicles that meet the regulations should be used for transportation to ensure that the vehicles have good sealing performance and shockproof measures.
2. Transport personnel: Transport personnel should be professionally trained to understand the nature of glycine and safe transportation knowledge.
3. Packaging for transportation: Glycine shall be packaged with packaging materials that comply with regulations to ensure that it will not leak or break during transportation.
4. Transportation identification: Clear identification shall be affixed on the transportation vehicle and packaging, including product name, hazard identification, manufacturer and other information.

5. the safe use of glycine specification

1. the use of personnel: the use of glycine personnel should undergo professional training, understanding the nature of glycine and safe use of knowledge.
2. Use environment: Glycine should be used in a well-ventilated environment to avoid harmful gases.
3. operation: the use of glycine should be in accordance with the provisions of the operating procedures, to avoid danger.
4. Post-use treatment: After using glycine, clean and disinfect the place of use to avoid environmental pollution caused by residues.

6. glycine safety protective measures

1. respiratory system protection: contact glycine, should wear dust mask or mask. In case of emergency rescue or evacuation, it is recommended to wear air respirator.
2. Eye protection: wear chemical safety glasses.
3. Body protection: wear anti-poison penetration overalls.
4. Hand protection: wear rubber gloves.
5. Other protection: Smoking, eating and drinking are prohibited at the work site. After work, shower and change clothes. Maintain good hygiene habits.
Emergency treatment
for leakage of
7. glycine
isolate the contaminated area and restrict access. Cut off the fire source. It is recommended that emergency personnel wear dust mask (full face mask) and protective clothing. Avoid dust, sweep it carefully, put it in a bag and move it to a safe place. If there is a large amount of leakage, cover it with plastic cloth and canvas. Collect and recycle or transport to waste treatment site for disposal.

8. Conclusion

glycine as an important chemical raw material, its safe storage and transportation is very important. By understanding the physical and chemical properties of glycine, complying with safe storage and transportation regulations, and taking necessary protective measures, the safety of production and use can be effectively guaranteed, and the threat to the environment and personnel safety can be reduced.

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