Abstract
This work aims to investigate the effectiveness of mathematical and three-dimensional computer modeling tools in the planning of processes of fuel and energy complexes at the planning and design phase of a thermal power plant (TPP). A solution for purification of gas emissions at the design development phase of waste treatment systems is proposed employing mathematical and three-dimensional computer modeling - using the E-nets apparatus and the development of a 3D model of the future gas emission purification system. Which allows to visualize the designed result, to select and scientifically prove economically feasible technology, as well as to ensure the high environmental and social effect of the developed waste treatment system. The authors present results of a treatment of planned technological processes and the system for purifying gas emissions in terms of E-nets. using mathematical modeling in the Simulink application. What allowed to create a model of a device from the library of standard blocks and to perform calculations. A three-dimensional model of a system for purifying gas emissions has been constructed. It allows to visualize technological processes and compare them with the theoretical calculations at the design phase of a TPP and. if necessary, make adjustments.
Highlights
At the present day, the fuel industry is the basis for the development of the Russian economy, an instrument for carrying out domestic and foreign policy
When planning and modeling processes of fuel and energy complexes, it is necessary to take into account the availability of waste treatment systems
Mathematical modeling [9] makes it possible to verify the model correctness and adjust it at the stage of construction, while 3D computer modeling allows to obtain a realistic image based on available technical documentation, identify technical errors, and correct, during the planning stage, individual technological processes and a thermal power plant (TPP) as a whole
Summary
The fuel industry is the basis for the development of the Russian economy, an instrument for carrying out domestic and foreign policy. An accurate modeling processes of the fuel and energy complex is considered to be very important. The operation of such facilities due to the products of coal combustion processing entails massive emissions of gases into the environment. Violating the ecological and industrial safety of the world around us. When planning and modeling processes of fuel and energy complexes, it is necessary to take into account the availability of waste treatment systems. A system for purifying gas emissions and a system for the full cycle of processing ash and slag wastes that will ensure environmental and industrial safety, but will be cost-effective for enterprises and the country as a whole
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