| DOI: | 10.25699/SSSB.2020.29.56931 |  |
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APPLICATION OF MATHEMATICAL PROCESSING AND COMPUTER MODELINGWHEN DESIGNING WORKFLOWS GAS TREATMENT FACILITIESFUTURE POWER PLANT
- Aksenova O. Yu., Nikolaeva E. A., Ovsyannikova E. A.
Issues
- Abstract: The article considers the possibility of joint application of mathematical processing tools and computer 3D modeling of the technological line of processes occurring in gas treatment facilities of power plants. The authors propose to consider an approach to the design of gas emission treatment sites for future power plants by mathematical processing and computer 3D modeling. Mathematical processing using the E-network device and creating a 3D model allows you to plan the system of gas treatment facilities, select the appropriate technology and thus ensure the environmental effect of the planned waste treatment system of the power plant. The authors present the results of processing the technological processes of the gas emission treatment system in terms of E-networks using mathematical processing in the Simulink application, which displays the device model from the standard blocks available in the program and performs the necessary calculations. 3D models of individual hardware units selected based on mathematical processing calculations in the Simulink application were created using computer 3D modeling in the graphics editor. A 3D visualization of the gas emission treatment area has been performed, which allows you to visually display the planned gas emission treatment area at the design stage of the future power plant, which, if necessary, will allow you to easily make changes to the project.
- Index terms: Petri nets, E-nets, mathematical modeling, three-dimensional computer modeling, 3D modeling.
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