Technological and Organizational Engineering of Paint Processing

Design Algorithm for the Development of a Technological System Applying Paint and Varnish Coatings for Low-Tonnage Chemicals

“…The business process of designing a technological line for applying paint and varnish coatings is a sequence of operations, from receiving an order for the development of a painting line to creating a project and subsequent commissioning [6][7][8]. The process includes organizational and technological procedures, the sequential implementation of which leads to the receipt of a document that has a regulated form of registration, which makes it possible to form a business process using logical and mathematical modeling.…”

“…• assessment of the main criteria for the choice of technology and definition of the variable; When using a business process model, alternative solutions should be provided, which will improve the design efficiency in the event of problems in the implementation of the selected design solution and the need to change it [8]. Based on the formation of a technical proposal for the development of a line, technological variables are determined that are included in the object of the business process model [6]. In addition to them, it is necessary to include variables that characterize the design process itself:…”

Energy-Saving Paints and Varnishes and Coatings for Agricultural Machinery

“…The rise in energy prices both abroad and in Russia leads to the need to save electricity. The problem of energy saving abroad is solved through the rational loading of the painting line, the use of diagonal ventilation systems in the painting and drying chambers, the use of heat exchangers to use the recovered heat, for example, for heating surface preparation baths, heat recovery from drying chambers, the use of special sliding gates for maximum heat preservation [2][3][4].…”

Logical-Information Subsystem of the Expert System for the Design of Multi-Assortment Low-Tonnage Paint and Varnish Industries

“…The expert system consists of information-logical and calculation subsystems. The function of the informationlogical subsystem of the ES consists in the choice by the designer in the dialogue mode of the type of hardware composition, the structure of technological systems, types of technological equipment adequate to the range of products, an optimizing mathematical model, as well as effective algorithms for structural and parametric optimization [3][4][5]. The ES calculation subsystem optimizes the hardware structure and the hardware composition of the chemical-technological system.…”

“…The search for the optimal route for solving the problem of optimizing the chemical-technological system for the production of paints and varnishes is carried out in the form of a multipurpose procedure. First, the optimal types of technological equipment are selected for each stage of the technological process for obtaining target or intermediate products [4][5][6][7]. Structural and functional elements act as information signs of standard technological equipment.…”