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[Chemical Knowledge]：Specification for storage and transportation of ammonium oxalate

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Ammonium oxalate in the field of chemical production of raw materials in the safety of storage and transport specifications

1. Introduction

ammonium oxalate as a common chemical production of raw materials, has a wide range of applications. However, due to its unique chemical properties, ammonium oxalate has certain safety risks during storage and transportation. In order to ensure production safety and improve the efficiency of ammonium oxalate storage and transportation, it is very important to formulate corresponding specifications. This paper will discuss the safety storage and transportation specifications of ammonium oxalate.

2. the properties and safety risks of ammonium oxalate

ammonium oxalate is a colorless crystalline powder with strong reducibility and acidity. In the air, it is easy to absorb moisture and agglomerate, and decompose at high temperature to produce toxic gas. Therefore, during storage and transportation, ammonium oxalate may face the following safety risks:

1. Fire and explosion: When ammonium oxalate is exposed to open flames, high heat or oxidants, it may cause fire and explosion.
2. Poisoning and suffocation: The toxic gas produced by the decomposition of ammonium oxalate may cause poisoning and suffocation.
3. Environmental pollution: Ammonium oxalate leakage may cause pollution to the soil, water and other environment.

3. safety storage specifications for ammonium oxalate

In order to ensure the safe storage of ammonium oxalate, the following measures should be taken:

1. The storage place should be a dry, ventilated and cool place, away from open flames, heat sources and oxidants.
2. The storage container shall be well sealed to prevent moisture absorption and caking and leakage.
3. The storage area shall be provided with fire fighting equipment and leakage emergency treatment equipment to ensure safety.
4. Check and maintain the storage container regularly to ensure that it is intact.

4. safety transportation specifications for ammonium oxalate

During the transportation of ammonium oxalate, the following specifications should be followed:

1. Transportation vehicles should have corresponding qualifications and certificates to ensure transportation safety.
2. Before transportation, check whether the packaging of ammonium oxalate is in good condition to prevent leakage and pollution.
3. Keep running smoothly during transportation to avoid violent vibration and friction.
4. Transportation vehicles shall be equipped with fire fighting equipment and leakage emergency treatment equipment to deal with emergencies.
5. During transportation, high temperature and open fire environment should be avoided to prevent the decomposition of ammonium oxalate from causing fire and explosion.

5. Ammonium Oxalate Leakage Emergency Treatment Specification

During the storage and transportation of ammonium oxalate, once leakage occurs, emergency treatment should be carried out according to the following steps:

1. Immediately start the emergency plan and organize personnel to evacuate the site.
2. Use special equipment to collect and treat the leaked ammonium oxalate to prevent the spread of pollution.
3. Ventilate the leakage area to reduce the concentration of toxic gases.
4. Clean and disinfect the contaminated equipment and ground to ensure safety and health.

6. summary

ammonium oxalate as a common chemical production raw material, there are certain safety risks in the process of storage and transportation. In order to ensure production safety and improve efficiency, it is very important to formulate corresponding norms. By following the safety storage and transportation specifications of ammonium oxalate, safety risks can be reduced and a stable supply of ammonium oxalate in the production process can be ensured. At the same time, strengthen the formulation and drills of emergency plans, improve the ability to respond to emergencies, and provide a guarantee for the safe development of the chemical production field.

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