There are various standard techniques for gas storage tanks, such as standard techniques, layout techniques, and process techniques. The following analyzes two commonly used techniques:

1. Standardize Skills

There are many technical aspects related to the inspection of gas storage tanks. Such standards include: product standards, process standards, material standards, material testing standards, material inspection standards, component standards, process quality inspection standards, etc. Roughly speaking, there are about 20 or so in our country. These specifications are a series of technical parameters and standards that clarify the quality characteristics of the product, and are specific technical documents. They are the standards for measuring the quality of the product. In China, there are national standards (GB), industry standards (JBYB), and company standards for such regulations.

2. Layout Skills

The primary loads of the gas storage tank are the internal gas pressure, wind load and seismic effect. The wind vibration coefficient should be considered in wind loads. The wind load shape coefficient of high-pressure spherical tanks is usually taken as 0.30 to 0.35. The horizontal seismic effect of the wet tank includes the seismic force generated by the self-weight of the water tank and each tower section, as well as the dynamic water pressure caused by the oscillation of the water in the water tank. The horizontal seismic effect of the dry tank includes the seismic force generated by the self-weight of the cylinder body and the piston component. When calculating the snow load, the moment of deflection caused by the partial accumulation of snow on the top of the tank should be considered.

The above-mentioned are the most basic technical specifications for gas storage tanks. To know about gas storage tanks, there are many parameters to be aware of. You can pay attention to the common sense on this website.