Abstract
When developing and operating industrial production lines where chemical and technological processes for processing organic raw materials are carried out, exceptional importance is attached to ensuring reliable control over the course of the technological process. To solve this problem, there are needed modern digital devices and microprocessor controllers, which will allow to control the process through personal computers. The article considers approaches to automation of the production line and proposals to automate the selection of modular equipment for its manufacture based on certain criteria. (Research purpose) The research purpose is in developing a software package for controlling automation tools installed on modular equipment when creating new technological lines for processing organic raw materials in industrial volumes. (Materials and methods) Authors studied the theoretical foundations of automation development at the present stage. Authors used scientific materials and articles that consider various approaches to solving the problems of automation of technological lines for processing organic raw materials. (Results and discussion) The article proposes a control algorithm, functional and schematic diagrams for automating the main technological operations on the production line. Authors determined the algorithm for selecting modular equipment adapted to automation for the development and assembly of production lines based on the customer’s technical specification. The article presents a version of the matrix based on the software materials used in order to develop a project for automating the main technological operations on the production line. (Conclusions) The article shows that the scientific novelty consists in the creation of information and software for specialists in the development of automated production lines for processing organic raw materials based on multivariate solutions for its formation from the optimal equipment available on the market.
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