The maximum design liquid height cannot exceed the top of the cylindrical shell.
: The British version, BS EN 14015 , is widely used in international projects.
If you'd like to dive deeper into or need a comparison checklist between EN 14015 and API 650, let me know! En 14015 Pdf
Covers fixed conical/domed or floating roofs. 3. Materials and Mechanical Properties
Would you like a comparison table between EN 14015, API 650, and ISO 28300? The maximum design liquid height cannot exceed the
The EN 14015 PDF standard covers several key components, including:
The core of EN 14015 lies in its balance between structural integrity and economic efficiency. Unlike earlier prescriptive codes, EN 14015 incorporates principles of limit state design, although it retains significant elements of the "allowable stress" methodology familiar to previous generations of engineers. This hybrid approach ensures that tanks are robust enough to withstand specific load cases—such as wind loads, seismic activity, and hydrostatic pressure—without being over-engineered to the point of prohibitive cost. Covers fixed conical/domed or floating roofs
When it comes to industrial storage, precision, safety, and compliance are paramount. For engineers, project managers, and constructors involved in building massive storage tanks in Europe, is the foundational standard.
To understand the importance of EN 14015, one must first understand what it governs. The standard is highly specific in its application. It covers vertical, cylindrical tanks constructed from welded steel that are built on-site. These are the iconic silos seen in refineries and petrochemical plants. Crucially, the standard applies to "atmospheric" tanks, meaning tanks designed to withstand internal pressures no greater than 500 mbar (approximately 7.25 psi). This distinguishes its domain from that of high-pressure vessel codes like EN 13445 or ASME Section VIII.