The engineering pressure relief wall is a protective structure used for safe pressure release to prevent and control the best energy that may be generated during accidents. The pressure relief performance requirements are generally as follows:
1.Pressure relief rate: The engineering pressure relief wall should be able to effectively release pressure by controlling the pressure relief rate. The requirements for the pressure relief rate will be specified according to the specific engineering site and relevant standards to ensure that in the event of an accident, the pressure can be quickly released and the risk of ** can be reduced.
2.Relief direction:The pressure relief wall should be able to ensure that the energy is discharged in the predetermined direction in the event of an accident to prevent the impact from spreading to other areas. The design and construction of the pressure relief wall needs to be rigorously calculated and verified to ensure that the propagation direction of the ** wave can be controlled.
3.Structural Strength:The engineering pressure relief wall needs to have sufficient structural strength to withstand the impact and pressure loads when it occurs. The wall materials and structures should be reasonably selected and designed according to the engineering site and the energy that may occur to ensure that they are sufficient to resist the load and maintain integrity.
4.Fire Resistance:Engineered pressure relief walls often need to have good fire resistance to prevent the spread of fire and protect the equipment and personnel inside them. The wall material should be able to resist the invasion of high temperatures and fires, and remain intact for a certain period of time, effectively isolating and preventing the spread of flames.
5.Reliability and Maintainability:The design and construction of the engineering pressure relief wall should be reliable and maintainable to ensure its long-term stable pressure relief performance. The wall structure should be reasonably calculated and verified, and provided for maintenance and inspection to maintain its reliability and working condition at all times.
It is important to note that specific pressure relief performance requirements may vary depending on national and regional regulations, industry standards, and the needs of specific engineering sites. Therefore, when designing and constructing engineering pressure relief walls, relevant standards and codes should be referred to to ensure that local requirements and safety standards are met.