Numerical research of reburning-process of burning of coal-dust torch

Trinchenko, A.A.; Paramonov, A. P.; Kadyrov, M.R.; Koryabkin, Aleksey

doi:10.1088/1755-1315/90/1/012012

Cited by 5 publications

(1 citation statement)

References 1 publication

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“…The use of model has made it possible to authentically predict emissions of gaseous nitrogen oxides in case of reconstruction to the low-temperature vortex method of boilers of low (БКЗ-75 Southern thermal plant of Rubtsovsk town) [12], medium (БКЗ-210 of Kirovskaya CHPP-4 and БКЗ-220 of Novomoskovskaya regional hydro-electric power plant (RHEPP) [13][14][15][16][17][18][19][20] and high (П-49 Nazarovskaya RHEPP) [21,22] capacity. The acquired calculation data have been used as the basis for environmental substantiation of reconstruction projects and proven a possibility of fulfilling applicable standards for the level of emissions of nitrogen oxides to environment in case of burning of a wide range of fuels: peat, brown and black coals of different grades.…”

Section: Conclusive Provisions and Findingsmentioning

confidence: 99%

Numerical simulation of environmentally-safe technologies in power engineering

Trinchenko

2018

SHS Web of Conf.

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Abstract.One of the effective tools of solving engineering problems is the mathematical simulation of newly built and reconstructed industrial equipment. A necessity of solving identical problems fully belongs to generating equipment of thermal power plants too, which makes the use of methods of mathematic simulation quite a promising one in the course of designing power-generating units. The work presents the results of simulation and subsequent incorporation of the method of low-temperature vortex fossil solid-fuel combustion. Based on the developed algorithms and calculation program the assessment of environmental indicators of reconstructed boiler equipment has been carried out and compliance with environmental standards with respect to the level of emissions of gaseous pollutants into environment confirmed. The incorporation of the method being considered into power-generating production has made it possible to reduce emissions of gaseous nitrogen oxides during combustion of coals of different types by 30%.

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Section: Conclusive Provisions and Findingsmentioning

confidence: 99%

Numerical simulation of environmentally-safe technologies in power engineering

Trinchenko

2018

SHS Web of Conf.

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Low-temperature swirl method of burning combustible waste

Trinchenko

2019

E3S Web Conf.

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Burning combustible industrial waste increases the efficiency of using raw materials while at the same time solving the issues of protecting the environment from pollution by eliminating waste dumps. The paper deals with the low-temperature swirl method of waste incineration of microbiological production  hydrolytic lignin. A combustion device has been developed that allows using hydrolytic lignin as a fuel for the production of electrical energy and heat without illumination of the torch and with high efficiency and reduced emissions of gaseous pollutants into the atmosphere. On the basis of the developed model of the boiler TP-35U, a quantitative estimate of the level of nitrogen oxides was made when introducing the low-temperature swirl method. The results of the calculations show the advantages of low-temperature swirl combustion of hydrolytic lignin.

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Simulating combustion processes based on digital technologies

et al. 2018

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The thermal power plants (TPP) make a basis of power-generation industry of the majority of countries. The global growth of power consumption and the policy of energy-saving demand to increase the efficiency of plants operation, which is, among others, determined by the technical level of steam-generating units. The up-to-date digital technologies make it possible to assess the efficiency of boiler furnace operation at the stage of boiler unit designing, its reconstruction or retrofitting and upgrading. Developed in the article are the algorithm, mathematic model and computer program of calculating diffusion-kinetic process of combustion of D-grade Donetsk coal in the coal-dust flame of boiler Е-230-14,0-520. The assigned tasks have been solved by using theoretical methods of analysis, the capabilities of devices of computer-aided calculations have utilized for visualization of results. The considered digital approach to solving technical tasks makes it possible to meet the current and future challenges.

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Numerical research of reburning-process of burning of coal-dust torch

Cited by 5 publications

References 1 publication

Numerical simulation of environmentally-safe technologies in power engineering

Numerical simulation of environmentally-safe technologies in power engineering

Low-temperature swirl method of burning combustible waste

Simulating combustion processes based on digital technologies

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