Human-Computer Interaction for Control Technological Process-Based PLC of Covering Coat Inside the Pipe

EasyChair Preprint 8793

Abstract

The paper aims to reduce the formation of micro-cracks by adjusting parameters in the technological process in high-temperature conditions. Currently, in the oil industry, due to corrosion and the appearance of micro cracks, pipes are disrupted during oil transportation. Consequently, many companies suffer economic losses. Due to eliminating this problem, the thesis demonstrates how an operator can control the technological process for high-quality pipe coating based on PLC. The applied Control System reduces macro and micro-cracks in silicon-coated pipes to a minimum by automating technological processes and adjusting their technical parameters. The coating process is controlled remotely with the application of the Panasonic FWİNPro7 controller. As a result of the quality coating inside the pipe, their longevity and reliability increase 2-2.5 times.

Keyphrases: micro-cracks, silicon-coated pipes, technological processes

@booklet{EasyChair:8793,
  author    = {Ellada Ibrahimova},
  title     = {Human-Computer Interaction for Control Technological Process-Based PLC of Covering Coat Inside the Pipe},
  howpublished = {EasyChair Preprint 8793},
  year      = {EasyChair, 2022}}