Pipelines play a crucial role in society. They are needed in different industries such as oil and gas, petrochemicals, and many others. It is quite understood that the basic need for these pipelines is to carry raw materials such as oil and others from one place to another.
But there can be a number of times when the pipelines can get damaged due to leakage of these materials can happen and that can ultimately lead to accidents. This is why these days seismic design is included in the fundamentals of piping design to protect the pipes from such incidents. Apart from this, there are also a number of other benefits of having a seismic design in piping systems.
The seismic piping design services are held really helpful in checking out the performance of the pipelines. They also help proof-checking whether the pipelines can sustain calamities such as earthquakes or not.
Also, it can help in restoring the pipelines later on, if somehow the pipes get damaged in the case of earthquakes or related accidents.
Performance during Earthquake
Not just post-earthquake, it is also important to check whether the pipelines can perform well in keeping the materials within them safe during the earthquake. The piping design and drafting are done in such a way through seismic design that can enable the pipelines to stay strong even during the earthquake so that the flow of the raw materials within them does not get hampered.
Rehabilitation of Existing Pipelines
Along with setting up pipelines with the new design, it is also important to rehabilitate the existing pipelines also for better performance. This is done easily now with the help of seismic design in piping 3d modeling. The existing pipelines are also made stronger so that they can perform well during any seismic events and conditions.
The pipelines have a major responsibility of carrying raw materials such as oil and gas from one place to another. Any event such as an earthquake causing damage to the pipelines can lead to hazardous impacts on the society. Hence, taking the seismic design approach is fruitful in making the pipelines stand against such conditions. The use of 3D piping design software has made it easier now for the engineers in incorporating such seismic designs in the designing of the pipelines and also in the rehabilitation process of the pipelines that have been laid much before and need to be changed as per the current model.