NEW SURVEYING TASKS IN AUTOMATED INDUSTRIAL ENTERPRISE MANAGEMENT SYSTEM
In 2018, the Pavlodar petrochemical plant introduced a modern system of maintenance and repair, designed to modernize and improve the production process. A maintenance system consisting of subsystems allows: - organizing a system for managing the condition of the company fixed assets taking into account the current condition of the equipment; - receiving information about the performed maintenance, repair or replacement works, about reducing the risks of unplanned production downtime; - determining the feasibility of repairing or replacing equipment based on the total cost of maintenance; - establishing the validity of planning for the procurement of spare parts and materials for scheduled repairs; - reducing the risk of missing spare parts in case of emergency shutdown of equipment. The process of implementation and expansion of maintenance subsystems is ongoing. The Engineering Data Creation and Management (EDCM) system is being introducing using AVEVA solutions. The introducing and integration of EDCM is carried out with the IBM Maximo subsystem of the maintenance system based on a three-dimensional digital plant model, created in the AVEVA Everything 3D software. A brief description of the process of creating a three-dimensional model of an industrial enterprise, its connection with a maintenance system, as well as the transformation of surveying information through the lens of the development of digital transformation of surveying information when creating digital twins of industrial enterprises, using the example of creating a 3D model of PNHZ for an engineering data management system is given. As a result of the 3D modeling development in the framework of the widespread introduction of digitalization in manufacture, surveying works received a new launch for development. It should be noted that surveying measurements are the key to the success of a complex and multi-stage technological process for creating and operating a digital spatial twin or 3D plant model in a TOPO system.