Scientific and production
company LLC «T-Soft»


Operator training simulator (OTS)
provides the development of stable and correct skills of actions by operating personnel of technological installations in regular, emergency and emergency situations.
открывает широкие возможности для наработки навыков управления технологическим процессом в среде, максимально приближенной к реальной. 3D модель позволяет реалистично визуализировать все объекты в штатных, нештатных и аварийных ситуациях.
model offers great opportunities for working out skills of technological process management in the true-to-life environment. The 3D model allows one to realistically visualize all objects in regular, off-nominal and emergency situations.
allows the operating personnel to study the location of both control elements and facilities on the territory of the oil refinery unit.
is a generally accepted and understandable description of the technological process. The ‘field’ simulator allows one to interact with the control elements being simulated, which are located outside the operator’s room.
can be carried out either at the instructor’s station or at a remote station being is part of the factory’s Ethernet.
mathematical description of processes occurring in the equipment of a technological unit. The mathematical model correctly reacts to the actions of both DCS operators and field operators, as well as changes in the state of objects.
exactly reproduces the features and interface of the operational control system. The emulator allows the DCS operator to develop correct practical skills of managing a technological unit of an oil refinery or chemical plant.
Advanced process control (APC) system
is the top level of the automated technological process control system that makes it possible to automate the operation of the unit in all modes, such as warm start, shutdown, regular operation, as well as in off-nominal and emergency situations.
The system provides the operator with a generalized understanding of the state of the object, which is based on a mathematical analysis of the current technological parameters of the installation.
designed for improved (in comparison with the standard system) alarms flow control.
implements automated improved process control in normal, abnormal and emergency situations.
implements multi-parameter optimal control of the technological process with a forecast of steady-state values with an automatic transition to the production of products of another brand.