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EPDM reclaimed rubber safety storage and transportation specifications
in the field of chemical production raw materials
1. introduction
EPDM reclaimed rubber as an important chemical production raw material, widely used in rubber products, plastic products, building materials and other fields. However, due to its special physical and chemical properties, EPDM reclaimed rubber has certain safety risks during storage and transportation. In order to ensure production safety and improve the utilization rate of raw materials, it is very important to formulate scientific and reasonable storage and transportation specifications.
2. the properties of EPDM reclaimed rubber
EPDM reclaimed rubber is mainly composed of ethylene, propylene and a small amount of non-conjugated diene copolymer, with excellent oxidation resistance, ozone resistance, UV resistance, acid and alkali resistance, oil resistance and other properties. At the same time, its molecular structure does not contain double bonds, so it has good heat resistance and aging resistance.
3. safety storage specifications
1. Storage site requirements: EPDM reclaimed rubber should be stored in a dry, ventilated and cool place, avoiding direct sunlight and high temperature environment.
2. Storage container requirements: A special sealed container should be used to store EPDM reclaimed rubber to ensure that the container has good sealing performance and prevent air and moisture from entering.
3. Storage period requirements: EPDM reclaimed rubber should be used within its specified validity period, and expired products should be professionally treated to avoid the use of expired rubber.
4. Safety management requirements: special safety management personnel shall be set up in the storage site to carry out regular safety inspection and inspection to ensure storage safety.
4. safety transportation specification
1. Transportation vehicle requirements: transportation vehicles with professional qualifications should be used for the transportation of EPDM reclaimed rubber to ensure that the vehicles have good sealing performance and shockproof performance.
2. Transportation packaging requirements: EPDM reclaimed rubber should be specially sealed to ensure that it will not leak or pollute during transportation.
3. transportation route requirements: reasonable transportation route should be selected to avoid passing through harsh environments such as high temperature and humidity, so as not to affect the quality of rubber materials.
4. Transportation safety requirements: During transportation, traffic rules and safety operation procedures should be strictly observed to prevent traffic accidents and cargo losses.
5. emergency plan
In order to deal with the safety accidents that may occur during the storage and transportation of EPDM reclaimed rubber, it is necessary to formulate corresponding emergency plans. The emergency plan should include the following contents:
1. Organization and responsibilities: clarify the organization and responsibilities of various departments of the emergency plan to ensure rapid response and coordination in emergency situations.
2. Early warning and prevention: Establish an early warning mechanism to provide early warning of possible security risks and take corresponding preventive measures.
3. Emergency response process: describe the emergency response process in detail, including accident report, on-site treatment, rescue measures, etc.
4. Resource allocation: to ensure that the personnel, materials, equipment and other resources required in the emergency response process can be in place in a timely manner.
5. Training and drills: conduct regular training and drills on emergency plans to improve employees' safety awareness and emergency response capabilities.
6. conclusion
EPDM reclaimed rubber is widely used in the field of chemical production raw materials, and its safety storage and transportation specifications are of great significance to ensure production safety and improve the utilization rate of raw materials. Through strict implementation of storage and transportation standards, safety risks can be reduced, production efficiency can be improved, and greater economic and social benefits can be created for enterprises.