The first aspect is to strengthen the anti-seismic pipe gallery support. It is necessary to be able to provide scientific and reasonable distribution of seismic force and load on the reinforced joint. It is better to provide some scientific scheme specifications to ensure that the equipment after reinforcement has obvious use effect.

Second, it is required to calculate the reinforcement spacing according to the requirements of relevant design specifications to fully protect pipelines and some auxiliary equipment. The best reinforcement spacing should not exceed the maximum spacing listed in the specifications.

Three aspects to be achieved: when strengthening the support of the seismic pipe gallery, the bend of the rigid connecting pipeline must be fully protected, and the design should be optimized according to the design specifications. It is better to make full use of the support effect of the seismic components on the pipeline on the other side of the 10000 head pipeline.

The fourth aspect: the finished products of seismic reinforcement components need to be able to maintain good corrosion resistance, especially in the entire installation, not only can the relevant reinforcement components not be damaged, but also can not damage the anti-corrosion coating on the components.

Fifth, it is required to be able to provide the mechanical calculation sheet of each seismic reinforcement node as the relevant data for completion acceptance according to the relevant design specifications.

Sixth aspect: It is also required to provide the seismic test report of the mechanical properties of the component.