Method for creating metallurgical steelmaking production line building information model

Abstract

The invention relates to a construction management technical method. A method for creating a metallurgical steelmaking production line building information model comprises the following steps: collecting metallurgical project basic documents, and establishing a one to one correspondence relation of modeling personnel and project management personnel; extracting related plant infrastructure data of a steel plant, carrying out three-dimensional site layout, and carrying out basic modeling; extracting metallurgical steelmaking equipment data, and creating an equipment family library; extracting related electromechanical data, and carrying out a professional detailed design of electromechanical pipeline models; extracting model information according to a project information model application point, and outputting a document meeting the application requirements; and sharing the above-mentioned file and an application file to a project management cloud platform for relevant personnel to inspect and guide site operation. By adoption of the method provided by the invention, the installation positions of various facilitates can be intuitively and accurately understood prior to the construction, and possible construction schemes, equipment installation and other difficulties can be found in the construction process, thereby optimizing the construction process and improving the construction process.

Description

technical field [0001] The invention relates to a construction management technical method, in particular to a construction management technical method of a metallurgical construction project. Background technique [0002] During the construction of the traditional steelmaking process production line, on-site construction personnel generally guide on-site basic building construction, electromechanical pipeline layout, and equipment installation through two-dimensional construction drawings. This method is relatively flat and unintuitive, which makes many project participants unable to accurately understand the intention of the drawings, which affects the construction situation. In addition, compared with ordinary construction projects, the construction of the smelting process production line has its own characteristics and difficulties, such as large changes in site space, special mechanical and electrical pipeline systems, huge equipment volume, complicated installation pro...

AI Technical Summary

Problems solved by technology

This method is relatively flat and not intuitive, so many project participants cannot accurately understand the intention of the drawings, which affects the construction situation

In addition, compared with ordinary construction projects, the construction of the smelting process production line has its own characteristics and difficulties, such as large changes in site space, special mechanical and electrical pipeline systems, huge equipment volume, complicated installation process, and cross-processes, etc., making the site There are many difficulties in construction, rework and material waste are serious