ETHYLENE OXIDE STORAGE TANK DESIGN SERVICES

Ethylene oxide storage tanks are specifically designed to safely contain and store ethylene oxide, a highly flammable and reactive chemical commonly used in the production of various industrial and consumer goods. These tanks need to adhere to stringent design codes, standards, and regulations to ensure the safety of both the storage facility and surrounding environment.

Types of Ethylene Oxide Storage Tanks:

Design of Ethylene Oxide Storage Tanks

1. Aboveground Storage Tanks (ASTs): These tanks are positioned above the ground surface and are typically used for large-scale storage.

2. Underground Storage Tanks (USTs): Buried beneath the ground surface, these tanks are often used when space constraints or environmental considerations necessitate underground storage.

Design Considerations for Ethylene Oxide Storage Tanks:

1. Design Codes & Standards: Compliance with industry-specific standards such as API (American Petroleum Institute) standards and ASME (American Society of Mechanical Engineers) codes.

2. Shell Design: Ensuring the structural integrity and stability of the tank shell, considering factors like material strength, corrosion resistance, and pressure containment.

3. Roof Design: Designing a roof that can withstand environmental loads, prevent leaks, and facilitate safe access for maintenance and inspection.

4. Bottom Plate Design: Ensuring the stability and leak-proof nature of the tank's bottom plate, often through the use of specialized coatings or linings.

5. Wind Loads: Accounting for wind forces to prevent tank overturning or structural damage during high winds.

6. Seismic Design: Designing for seismic loads to ensure the tank can withstand earthquakes without rupturing or collapsing.

7. Design of Ethylene Oxide Storage Tanks

8. Anchorage Design: Proper anchoring of the tank to the ground to prevent movement or uplift during extreme weather events or seismic activity.

9. Foundation Design: Designing a robust foundation to evenly distribute the weight of the tank and provide stability against settlement or shifting.

10. Design Calculations: Thorough engineering calculations to determine the appropriate dimensions, materials, and reinforcement required for safe and reliable operation.

11. GA Drawing: General arrangement drawing illustrating the overall layout and dimensions of the tank within its storage facility.

12. Detail Drawings: Detailed drawings providing specific information on components, connections, and construction details.

Overall, the design and construction of ethylene oxide storage tanks prioritize safety, environmental protection, and regulatory compliance to mitigate the risks associated with handling this hazardous chemical.

Design of Ethylene Oxide Storage Tanks