Abstract
Theoretical aspects and experience of using the mathematical modeling and computerized simulation technology for solving the problems of installation and repair of process equipment of chemical and petrochemical industries are considered in this scientific paper. Computational model of restoring process to working condition of pipeline section has been developed. It is shown that if you use the developed model, then the labor-intensive installation activities, related to the repair works on heat and power networks of chemical industries, can be performed in a more efficient way.
Highlights
The information technologies have found the greatest application in the field of mechanical engineering, and, in particular, chemical engineering, for calculation and simulation of processes and devices of chemical technology in order to find the optimal designengineering solutions [1,2,3,4,5,6,7,8]
For example, the scientific paper [9] shows the results of studies, which allowed to reduce the financial costs significantly during performance of repair works on large-dimensioned industrial heat exchangers
Just as in the case of simulating the processes and devices, here you can use a well-known modeling and CAD systems, or develop your own software solutions, as it is done in this scientific paper
Summary
The information technologies have found the greatest application in the field of mechanical engineering, and, in particular, chemical engineering, for calculation and simulation of processes and devices of chemical technology in order to find the optimal designengineering solutions [1,2,3,4,5,6,7,8]. For example, the scientific paper [9] shows the results of studies, which allowed to reduce the financial costs significantly during performance of repair works on large-dimensioned industrial heat exchangers. Just as in the case of simulating the processes and devices, here you can use a well-known modeling and CAD systems, or develop your own software solutions, as it is done in this scientific paper. This scientific paper shows the results of simulation of process operations, associated with the recovery of proper operation conditions for the chemical-process equipment elements during the performance of repair works. The duplication of solutions was required in order to ensure the reliability of results
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