Evaluation of wet dust separator effectiveness in the dedusting of emissions from expanded clay kiln

Аркадьевич, Кошкарев Сергей; Николаевич, Азаров Валерий

doi:10.5862/mce.54.3

Cited by 8 publications

(3 citation statements)

References 1 publication

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“…Авторами [2] розглянуто перспективний спосіб скорочення викидів пилу в атмосферу в виробництві керамзиту високоефективним апаратом мок-рого очищення з комбінованою схемою пиловловлювання в знепилюючих системах аспірації.…”

Section: літературний оглядunclassified

Simulation of the collection process in a cyclone apparatus with the film formation

Novodvorskyi¹,

Stepaniuk²,

Kychak³

2019

ScienceRise

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МОДЕЛЮВАННЯ ПРОЦЕСУ ВЛОВЛЮВАННЯ В ЦИКЛОННОМУ АПАРАТІ З УТВОРЕННЯМ ПЛІВКИ© В. В. Новодворський, А. Р. Степанюк, Р. В. Кичак Запропонований циклон суттєво підвищує ефективність пиловловлювання композитного забруднення, яке складається з твердих частинок та водяної пари, та сприяє зменшенню температури в апараті, та підібрано і розв'язано фізичну та математичну моделі вловлювання в циклоні. Проведено літературний огляд і визначено, що було досліджено раніше і що авторами не було досліджено сукупного вловлювання. Було відібрано проби пилу, що вловлено та проведено визначення фракційного складу Ключові слова: пиловловлювач, полідисперсний пил, апарат, очищення повітря, циклон, сепаратор, тверда частинка

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Section: літературний оглядunclassified

Simulation of the collection process in a cyclone apparatus with the film formation

Novodvorskyi¹,

Stepaniuk²,

Kychak³

2019

ScienceRise

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“…The works of Azarov VN, [2-8, 10-12, 15-16, 18, 21-24], Barikaeva N S, [15,18] , Trokhimchuk M V, [10,16], Sidyakin, P. [27], Kyoyken M P [19], Menzelintseva N V [5,26], Koshkarev S A [6,8,22], Solovyeva T V [9,[11][12][13][14][15][17][18], Stefanenko I V [11,12,[21][22][23][24], Nikolenko D A [17,18], Sergina N M [ 21,23], Lozhkina, O V [ 25], Kalyuzhina, E. A. [28], Batmanov V P [7], Barratt B [20] and many others are devoted to the study of the dust load and the evaluation of influence on the environment.…”

Section: Introductionmentioning

confidence: 99%

The pollution prevention during the civil construction

2018

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The environmental protection is not only an important social problem, but also an efficiency increasing factor of construction operations. The problem of the environment preserving and the protecting people from the adverse health effects during the construction operations is growing more urgent due to the increase in volume of construction and the increasing availability of construction equipment. The works of many researchers are devoted to the study of the dust load and the evaluation of influence on the environment.This article describes the practical effect of air pollution during the construction site landscaping of two buildings, which are situated in Rostov-on-Don. Nowadays the limitation of air pollution emissions from construction operations is regulated by a number of normative documents, but civil designers, unfortunately, do not always meet the regulation of emissions in full obedience in the construction operating for a number of reasons. The correct environmental impact assessment from construction is possible, taking into account the sequence and simultaneity of the operations. It is especially important for the construction taken place on the territory of cities. According to the study, a set of measures for air pollution reduction was developed. Such measures can reduce the air pollution by 1.5-2 times.

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“…The indicators of air pollution are determined by the changes in emissions of industrial enterprises, transport infrastructure, as well as by distinct meteorological conditions unique for each city, which also possess significant temporal variability [1][2][3][4][5][6][7]. Air pollution is a significant ecologohygienic problem for most cities.…”

Section: Introductionmentioning

confidence: 99%

On the Calculation Model of Fine Dispersed Dust Pollution of Kabul's Atmosphere for Ventilation Design

Stefanenko

Solovyeva

Azarov

et al. 2018

AMM

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The paper presents the results of the assessment of atmospheric air pollution with fine dust РМ10studies in the city of Kabul.The investigation was based on concentration of fine dust РМ10measurements that were conducted by the national agency on ecology and environmental protection of Afghanistan and by Russian researchers in summer and autumn of 2015. It is shown that, according to the Chi-square and Kolmogorov-Smirnov criteria, the best law for the distribution of the maximum daily dust concentration is the logarithmic normal law. For the maximum daily concentration (РМ10) a density function and an integrated distribution function have been summarized. A mathematical model of the concentration of fine dust (РМ10) dependence of three factors: wind speed, humidity and temperature have been obtained. On the basis of F–Fisher criterion the quadratic model has been chosen for June and August, and the linear model has been chosen for July, September, October and November.

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Evaluation of wet dust separator effectiveness in the dedusting of emissions from expanded clay kiln

Cited by 8 publications

References 1 publication

Simulation of the collection process in a cyclone apparatus with the film formation

Simulation of the collection process in a cyclone apparatus with the film formation

The pollution prevention during the civil construction

On the Calculation Model of Fine Dispersed Dust Pollution of Kabul's Atmosphere for Ventilation Design

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