摘要：The article seeks to examine the efficiency of applying means
of mathematical processing and computer modeling of the work processes
of gas cleaning facilities of power plants to optimize the process of
planning and designing of future power plant in operation. A way of
solution of the gas outbursts cleaning problem at the stage of designing
measures for the development of waste processing systems through
mathematical processing of expected volumes of gas outbursts and
computer simulation of individual pieces of equipment and working areas
as a whole is offered. The authors present the results of the processing of
the projected technological processes and the gas outbursts cleaning
facilities in terms of E-networks and using mathematical processing in the
application Simulink, which allows to build a model of the device and to
carry out calculations on the screen using the library of building blocks. A
3D model of the gas cleaning facilities, which allows to visualize the
technological process and to compare it with theoretical calculations at the
design stage of the future power plant and, if necessary, make changes to
the project, has been created by means of computer modeling.
其他摘要：The article seeks to examine the efficiency of applying means of mathematical processing and computer modeling of the work processes of gas cleaning facilities of power plants to optimize the process of planning and designing of future power plant in operation. A way of solution of the gas outbursts cleaning problem at the stage of designing measures for the development of waste processing systems through mathematical processing of expected volumes of gas outbursts and computer simulation of individual pieces of equipment and working areas as a whole is offered. The authors present the results of the processing of the projected technological processes and the gas outbursts cleaning facilities in terms of E-networks and using mathematical processing in the application Simulink, which allows to build a model of the device and to carry out calculations on the screen using the library of building blocks. A 3D model of the gas cleaning facilities, which allows to visualize the technological process and to compare it with theoretical calculations at the design stage of the future power plant and, if necessary, make changes to the project, has been created by means of computer modeling.
