Digester vessel to make methane from liq. manure - has overflow with upstream vertical leg to build head pressure to shift blockageDigester vessel in which liq. manure is fermented to generate methane gas etc.. The vessel is of the type in which the level of liq. is automatically controlled...
The findings indicate that the design of the pressure vessel is safe from failure. Among the components, the manway experiences the highest stresses, followed by the shell, while the heads, nozzles, and leg supports experience lower stresses. The researchers also conducted theoretical calculations ...
This pressure vessel has elliptical heads and is designed to be used in a fixed location on a leg support. The pressure vessel will have an inner shell diameter of (d) mm and a shell length of (L) mm, as shown in Figure 1. The overall ability of the tank is driven by the design...
Wave-induced loads on platform columns and offshore wind turbine columns need to be properly considered to ensure a reliable design of these structures. The former are support structures of, e.g., tension-leg platforms (TLPs), gravity-based structures (GBSs), and semisubmersible rigs, which ...
This pressure will then act as the compaction onto the cells cultured inside the chamber, in an even and controllable way. In our previous study, we have demonstrated that this compaction enhanced cell polarity and functions [11]. 3. Efficient mass delivery: The vertical-flow design allows all...
2.2.1. Design of MarsVAWT The modular TLP platform MarsVAWT is designed to support a 10 MW VAWT of the Darrieus type. The properties of the platform fabricated with steel are summarized in Table 1. The VAWT tower base with a 8.5 m diameter is integrated at the top of the interface node...